Posts

Bitcoin CAN be Double Spent... HOW?! | Hashpower Academy

Bitcoin CAN be Double Spent… HOW?! | Hashpower Academy



Welcome to Hashpower Academy, where we twist Bitcoin’s tale. In “Bitcoin Can Be Double Spent!,” we redefine double-spending through mining’s magic.

What’s Covered:
Bitcoin layers: Energy → Compute → Finance.

Blockchain truth: No double-spend on transactions—secured tight.

New spin: Mining “double spends” energy into two outputs.

Output 1: Hashpower → Bitcoin (digital income).

Output 2: Waste heat → Useful energy (physical income).

Heat’s value: Over 50% of global energy is for heat—huge potential.

Key Insights:
Dual win: 1 kWh = BTC + heat for greenhouses, pools, homes.

Scale it up: 1% of heating from mining? Hashrate quadruples.

Cost jump: Production hits $250k/BTC—price could soar past $1M.

Premium link: 4x multiplier from other vids—heat fuels the rise.

Why Watch:
Flip the double-spend myth into a mining superpower.

See BTC hit $1M with heat as the secret sauce.

Join Hashpower Academy to rethink Bitcoin’s outputs—watch now and feel the heat!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Crypto
#BitcoinMining
#DoubleSpend
#Energy
#Hashpower
#BTC
#MiningHeat
#WasteHeat
#BitcoinPrice
#CryptoMining
#HeatEnergy
#BitcoinValue
#MiningOutput
#Blockchain
#BitcoinEnergy
#CryptoFuture
#EnergyUse
#BTC1Million
#MiningProfit

Video Transcript:

and the topic of today’s video is Bitcoin can be double spent but first let me introduce myself hello there my name is Jake and I am the lead educator here at the hash power Academy where we learn about Bitcoin and anything to do with Bitcoin from a fundamentals first perspective that is to say that we go through through the energy side of Bitcoin then the compute and Bitcoin mining side and learn about blockchain and Bitcoin as money in a financial context talk last and this allows you to go through the different steps of how bitcoin’s produced mathematically and based in physics those are the fundamentals and all the other Financial fund stuff works on top with clear understanding as to how it works why it works and everything in between and the question of today’s video can Bitcoin be double spent but let’s just go through the layers and we’ll get some broader perspective on this question we produce energy we transfer it over time electricity we consume electricity in Bitcoin mining hardware and that Hardware produces compute power which adds Bitcoin blocks to the chain so Bitcoin miners are earning a certain amount of Bitcoin based on how much compute power they’re producing over time their energy bill electrical bill converted into compute converted into Bitcoin it’s three steps energy compute and finance and on the Bitcoin blockchain side of things this is where people store the data for their transactions when when you pay a fee to send Bitcoin you are essentially paying for the storage space of your transaction information because in a central banking system all of the information the source of Truth is one single place and one single node in that sense but in a decentralized system everyone has multiple copies of the same transaction file think of it as a giant Excel spreadsheet where only the people that have access to edit are the minors everyone that has the ACC has the the copy of the file a readon format is a node and those that own the line items in the Excel spreadsheet those are the Bitcoin holders with their wallets and essentially the transaction Integrity of Bitcoin is secured on the digital side that is the understanding of who owns the units what wallets they are in all in a public verifiable format but the double spend operates from both dimensions of Bitcoin the physical world below this line of electricity production electricity and Hardware the physical aspects the physical components and then the digital side is compute power and the blockchain and Bitcoin the native digital money and what what happens here is the double spend interestingly enough is not anywhere on the digital side yes electricity produces compute produces Bitcoin that’s one single branch of economic energy flow from the physical side to the digital side but there is another heat heat is well as the rule goes energy is neither created nor destroyed only transferred so yes those electrons racing around little circuits to compute produce compute power to find the next block in the chain to earn Bitcoin that’s one branch of earning income from your energy costs but the second one is all of that heat has to be removed everyone’s experience putting their computer on the bed and it overheats because it needs to remove the heat effectively if the heat is not removed it warms up and becomes inefficient or breaks and that is the same with the entire Bitcoin mining industry the energy is neither created nor destroyed only transferred through the computer to perform computations but you still have to remove that heat but it’s considered a waste waste heat you have to remove it but is that all no there is an entire branch of Bitcoin using the heat as its commodity such as heating greenh houses heating pools heating schools district heating which is one single module of computers with pipes running out to say different homes or underneath the pavement next to roads so that the roads never freeze essentially using heat as a commodity in of itself which which means that you have one energy input but two revenue streams one on the physical world and one in the digital world so the double spend is not some risk to transaction Integrity that is always maintained as your data goes into a block and more blocks are added that data cannot change because it changes all blocks after that and so it’s like platting your hair you can’t plat the hair and untie this bit without unwinding the whole lot in a different sort of analogy and on the heat side of things heat as a commodity is incredibly valuable because over 50% of our needs globally and our consumption of energy globally 50% of that is just for heat and there is an interesting metric to say that if 1% of global heating demand was using hash rate heating where the energy cost is some of it’s being subsidized through the production of Bitcoin in the process why run energy through an electric heater to generate heat when you could run it through a computer that consumes the same amount of power but produces you money in the process imagine that every time you turn the heating on your heating system is paying you now wouldn’t that be a turn of events and so this entire branch is worth your understanding and worth your knowledge to delve into to learn about because it’s going to become an an entire sector of Bitcoin in of itself and as I said if 1% of global heating used Bitcoin mining it would quadruple the size of the Bitcoin Network and if you’ve seen other videos of mine if the network was to quadruple in size the Bitcoin price could reach to over a million dollar because the production cost would rise to about $250,000 per Bitcoin and price typically trades at four times multiplier at the peak of the bull market against production so if production was 250k Bitcoin price could be shooting up to a million dollar now wouldn’t we all like that because as you produce more compute and the price goes up miners capture that premium of price and cycle it back into more um production I hope this was an interesting sort of video an interesting twist that yes Bitcoin can be double spent but it’s spent once in the digital world and twice in the physical world so it’s if you run a business that you have a need for heat let’s say you have a a la Dre you have a big tank of water sitting behind all of these washing machines and customers paying you to use that hot water and to wash their clothes you could have that tank of hot water heated by Bitcoin miners so you’re generating one income stream on the digital side from that energy cost and the second income stream of having readily available warm water for your business I also believe that these sorts of heating systems will be connected to electric car charging stations where they have a business of selling energy and if there’s no cars currently charging you could be consuming that energy into Bitcoin mining machines the heat from the machines into laundry systems into a building into a coffee shop into a sauna there’s all these Endless Possibilities when you expand your mind in the concepts of how many different applications we need for heat in this world thank you for listening I hope you hope you enjoyed this video and I will see you in the next one goodbye

Watch on Youtube!

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Deflation... Why Bitcoin will NOT work?!? | Hashpower Academy

Deflation… Why Bitcoin will NOT work?!? | Hashpower Academy



Welcome to Hashpower Academy, where we bust Bitcoin myths. In “Deflation… Why Bitcoin Will NOT Work?!?,” we face the deflation scare head-on—and flip it.

What’s Covered:
Inflation theft: Debt money robs savings, boosts producers.

Bitcoin fear: 21M fixed supply—too scarce to work?

The twist: BTC drives energy and compute buildout.

Cheaper energy: Miners flood the grid, costs drop.

Abundance: Hard money + cheap power = more for all.

Compute core: Secures BTC with raw hashpower.

Key Insights:
Inflation builds: Steals from you to grow society.

BTC shifts: Miners incentivized to produce energy, not just coins.

Deflation win: Fixed supply makes energy cheaper over time.

Security bonus: Compute explosion locks down the network.

Why Watch:
See why Bitcoin’s “flaw” is its strength.

Grasp how deflation fuels a richer world.

Join Hashpower Academy to rethink Bitcoin’s deflation—watch now and see it work!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Deflation
#Crypto
#BitcoinMining
#Energy
#FixedSupply
#BTC
#Mining
#HardMoney
#Compute
#EnergyInfrastructure
#CryptoEconomy
#BitcoinValue
#CheaperEnergy
#Blockchain
#BitcoinSecurity
#CryptoFuture
#21Million
#DigitalMoney
#Hashpower

Video Transcript:

hello there and welcome to the hash power Academy my name is Jake and here we discuss anything and everything related to bitcoin and its underlying Network the question of today is deflation and why Bitcoin won’t work as money wrong and let me explain why but first let’s understand how inflationary money works that credit and debt is expanded in which to pay for things budgets and well governments have budget deficits they spend more than they bring in so in essence they issue more money and borrow more money and all these sorts of things they have a very limited option of how they can access money and what do they do with it money is a manipulation of consumption consumption in society based on debt accelerates and pays and shifts value and wealth towards producing producers of what producers of everything but the goal here is that well Society wants to continually grow and expand and it has to build all that infrastructure so yes a form of money that shifts value towards producers is good but it demonetizes those with savings and salaries think of a chocolate bar that you bought 30 years ago what’s the price of it now did the chocolate bar change probably not it’s energy costs increased and there’s an interesting piece to that but the dollarized aspect of it or the pound or the Euro the Yen or anything it’s continually increasing or even say my grandmother’s house she hasn’t done a single thing to the house the village hasn’t got any bigger but now it’s worth four times as much money why did the house change or did the money change there’s the question and so as the money supply increases it seems like housing prices increase and everything else increases and that is to say that the justification of inflationary money is to expand credit to build and make Society Prosper but that prosperity and productivity is only felt by a very small few and so what does Bitcoin offer that’s different well Bitcoin is deflationary yes it’s fixed in Supply 21 million units but interestingly enough the history of money does does have deflationary money gold gold was a form of money used and it’s very hard to produce and that incentive to go and produce whichever commodity is the money has always been there if any form of society was structured around a specific commodity being the money what did people do they went out and went to seek to produce that particular commodity in Greater volume because it was the most tradable thing that you could use and so so with with Bitcoin being introduced scaling to Monumental valuations well what does that do what incentives are within that system that allow it to prosper and get and give value and add value to society well how is Bitcoin produced Bitcoin is produced from energy right and it’s started with basic laptops CPUs being able to issue and create Bitcoin in large quantities but what happened is as more hash power joined the network the exchange of electricity into computers to perform processing functions to produce the next block in the chain and so the pricing system related to bitcoin is not its scarce 21 million units it’s still being issued now and forever for the next 100 plus years is where subsidy declines to zero subsidy is the amount of freshly mined Bitcoin entering into circulation but you’ve also got fees which is existing Bitcoin that’s already been issued and circulating moving from consumer Trader transactor using the Utility side of Bitcoin to producer Bitcoin Miners And so this duopoly of Finance from the Bitcoin side of consumption to trade and transact and those information pieces are stored in blocks and the production side of Bitcoin and what you get is that this side is constrained by a full supply of 21 million so the money itself is deflationary and continually gaining value against all other things there is 8 billion people and there’s only going to be 21 million if more people and civilization grows it means less Bitcoin per person if more energy and more compute power is continually seeking to produce Bitcoin it means that the price of energy and compute is going to continually Trend to zero but compute power is the only thing that produces Bitcoin and therefore it has a part in this conversation and so right now the pricing system of Bitcoin to compute an energy is roughly about 450 Bitcoin a day is shall we say an amount that is being distributed in about 144 blocks to different Bitcoin mining pools and solo Miners and distributed to those who are consuming energy on electrical grids all around the planet and running it through their Bitcoin miners the network of compute in the middle is about 800 xash and this bit constrains the rate in which blocks are being mined because the software is continually looking at how quickly these blocks are mined and making it sure it it adheres to those 10minute intervals approximately and the amount of compute power or the amount of compute power being produced is a projection of the amount of energy in real time being consumed approximately to produce that compute power to earn that 50 $450 of bit 450 Bitcoin that’s a lot more than $450 so the 17 gaw of power is producing $ 800 xash or 800 million terahash of compute power which is earning that 450 Bitcoin so there is an in essence a division here as well and this is the pricing system of the amount of energy being converted through compute into Bitcoin and this pricing system enables miners to understand okay my electrical bill is this much I’m earning this much Bitcoin here’s my margin and if there is more consumption on the finance side of Bitcoin if more people trading and transacting and the amount of Bitcoin that they earn jumps to 500 Bitcoin to 600 Bitcoin as a network well that 17 gaw of power is going to earn more Bitcoin say per kilowatt and so you’ve got this into Play Between the amount of energy being produced and consumed to capture the next block in the chain and capture some of this 450 Bitcoin that’s being distributed to the network every day and this creates a pricing system and a layer of incentives again inflationary money seeks to print units steal value from savings and salaries of its citizens to buy productivity and build it so essentially it’s putting the cart before the horse what Bitcoin does is it realigns the incentives if you want the money of the future that’s fixed in Supply that’s continually gaining value in a deflationary world you need to go out and produce more energy and more comput you need to expand this supply of energy in the world and the amount of technical techn technology branches delving into microchips and stuff like that is that not a good incentive and it basically means this that Bitcoin as a monetary system its incentives are for those to go and produce more energy and more compute to earn the money of the future now what happens if you increase the supply of energy available in the world you reduce the price and do we not want a world in which the price of energy drops think of energy prices right now if we produce more energy have a system that can consume it in real time and price it against a global monetary asset which means essentially local energy being exported to the internet and proofed into quantities of a data derived energy unit called Bitcoin we now have a pricing system of a deflationary money which is expanding the energy supply of the world so essentially Bitcoin swaps interest rates from a debt-based world into Energy prices from a deflationary world and the hard digital money of Bitcoin allows us to expand energy and compute across the world and it’s already happening there is 17 gaw of power right now being consumed all across the planet which means that there are computers consuming that power and they can also sell that power back to the grid because if someone offered more money than what the rate of the revenue from the Bitcoin Network side of things can offer you’ve got you’ve got two comparisons will the local grid buy the energy for more or the the Global Financial Network buy the energy for more you’ve got two different options so whichever one pays more is better but remember if more more compute power joins the network and not more consumption as in if production in the network increases while consumption stays the same or decreases the difficulty adjustment increases which means the amount of Bitcoin per kilowatt decreases so as more hash rate joins the network the energy to Bitcoin exchange rate drops and that means that your Bitcoin buys you more energy and so hash rate being that projection of energy availability within the network is the key indicator for how much Prosperity we’re going to have the difficulty adjustment continually increasing is the key value metric of the network Collective this was quite a weird and wonderful topic I hope you enjoyed I’m going to do more of this stuff but I hope you understand that deflationary money does not mean that we are going to have a world where productivity declines in fact it’s going to expand massively because what do you think you can produce with cheaper energy and hard money there you go so I hope you enjoyed this video uh like subscribe all that fun stuff and I’ll see you in the next one goodbye

Watch on Youtube!

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HOW to get to ONE whole Bitcoin 3X Strategies?!?!? | Hashpower Academy

HOW to get to ONE whole Bitcoin 3X Strategies?!?!? | Hashpower Academy



Welcome to Hashpower Academy, where we map your Bitcoin quest. In “HOW to Get to ONE Whole Bitcoin: 3X Strategies,” we guide you to 1 BTC with purpose and smarts.

What’s Covered:
Why 1 BTC? Clarify your goal—pride, wealth, or freedom?

Steeper climb: The task gets tougher as BTC’s value rises.

3X Strategies by phase:
SoV (Store of Value): Fiat arbitrage—earn dollars, swap to BTC.

MoE (Medium of Exchange): Produce BTC via mining, cut costs.

UoA (Unit of Account): Connect contracts, goods, services—trade in BTC.

Key Insights:

Purpose drives: Know why you’re chasing the whole coin.

Harder hill: Adoption steepens the BTC mountain daily.

SoV play: Convert fiat fast—arbitrage is king.

MoE edge: Mine BTC, optimize energy for profit.

UoA future: Live in BTC—measure life in sats.

Why Watch:
Your path to 1 BTC with 3 clear strategies over time

Beat the slope—start stacking now!

Join Hashpower Academy to hit 1 Bitcoin—watch now and strategize your stack!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Crypto
#OneBitcoin
#BTC
#BitcoinStrategy
#Mining
#StoreOfValue
#MediumOfExchange
#UnitOfAccount
#BitcoinMining
#FiatArbitrage
#CryptoTrading
#BTCAdoption
#Finance
#StackingSats
#BitcoinValue
#CryptoInvesting
#BitcoinGoals
#BTCAccumulation
#CryptoFuture

Video Transcript:

hello there and welcome to the hash power Academy my name is Jake scandin I’m the lead educator here at the Academy and here we seek to understand develop explore all different sorts of educational materials from a fundamentals first perspective on bitcoin from the energy side all the way to finance last and the topic of today’s video is how to accumulate one whole Bitcoin but first I have a question for you why why do you want to accuse acculate one in 21 million units that are continually getting more scarce as they are lost over time which is probably down to 17 16 15 million Bitcoin that is available to own and the ever increasing amount of people that may seek to acquire it so your objective goal to get to one whole Bitcoin is climbing a mountain that is continually getting steeper over time but the concept of why do you want one whole Bitcoin I ask because I’ll give you the Fiat analogy if you had won the lottery and you’re standing there with the keys of your dream home and the keys of your dream car the most beautiful wife family kids and all the other things of abundance that you seek what are you going to do with your time that day because the truest currency is your time a balance that you do not know the total amount and the the approach there and the question the perspective truly is well what is the money for do you want something to preserve and protect your purchasing power that you want to hand down to your kids your family and allow them to enjoy the fruits of your labor historically wealth doesn’t last too many generations along because people spend it if they don’t understand the value time cost and energy associated to acquiring that money Bitcoin interestingly enough is produced from electricity but let’s delve into the topic of today and I hope you have that question answered I have different dreams goals and aspirations to use my Bitcoin that I accumulate in ways of building about abundance in this world connecting and scaling a citadel shall we say and the opportunity to create new things and that that approach of why fight the old world when we can just build a new one and so the acquisition of one whole Bitcoin is going to be a goal for many people in the Bitcoin space and the first hurdle that a lot of people fail is unit bias there’s a lot of people that have heard about Bitcoin they may have bought some sold some lost some and they are disgruntled and angered by the fact that they no longer have it and watched it take off they watched the spaceship go without them and that may be sad demoralizing frustrating and that resentment is only going to hurt them so if you are one of these people that needs a fresh perspective to accumulate Bitcoin from today from from tomorrow um I hope this is an open invitation for you to at least start that journey and that is to say that it is an absolutely scarce unit of database money and that database is updated by energy from Bitcoin mining so you’ve got all these other layers that truly need to be understood in your ability to acquire Bitcoin but let’s go to the first phase and I hope you’re pass the first hurdle that you don’t need to buy one whole Bitcoin Allin one go but instead gradually accumulate over time you’re preserving your time and energy as it gains more value because the value of Bitcoin and the price are two different things but they correlate and Trend together over time so when you looked at Bitcoin that it was $30 3,000 or 300,000 in the future its underlying value is always going to be having some form of relative proportionality to any different moment in time it is the time chain just to me just to remember store of value the name of the game is arbitrage Fiat Arbitrage and that is to say that you currently have the ability to earn a money backed by nothing and convert it into money backed by something that is replacing a monetary system based on trust and replacing it for a monetary system based on truth the blockchain is a source of Truth a database of information that is impenetrable by only one thing well the only thing that penetrates the database and updates it is compute power the very thing that can attack the network is paid in Bitcoin to defend it and so your ability to preserve your value in that system right now is based on fear Arbitrage go out into the world create things generate income add value and convert that value your income minus expenses and the percentage of your savings what percentage you believe in Bitcoin that should be the amount that you try saving Bitcoin in incremental purchases because if you purchase Bitcoin in incremental payments you remove the volatility because you just gain an average price which over time will go up in time and volatility is another piece of fud fear uncertainty and doubt that people use to justify not going into Bitcoin but the majority of the financial sector have their cup full perceptions and ideas behind what Bitcoin is from a completely debt-based Fiat lens when it’s something completely new and it’s required to empty the cup and open a fresh perspective but Fiat Arbitrage in the store of value phase is the name of the game while everyone’s conceptualizing why it’s going up what’s it for is it a bubble and all these other weird and wonderful things it’s engineered money designed to pierce the bubble of debt-based money oh medium of Exchange the next phase productivity so you’ve accumulated some Bitcoin whether you’ve got to one whole one or You’ got past one whole Bitcoin and you want even more the name of the game here now is if you have some form of business or offer some Market service or anything in between you’re going to have something to do with energy and money and the thing that’s stuck between the middle of energy and money is compute power so if you have a business that needs heat or you are in the world of carbon accounting and all these other sorts of directions but namely energy compute and finance they intersect as a trior and productivity is that that ability to margin the gap between your income and your expenses from a business perspective that is to say that there are other ways to acquire Bitcoin and Mining is the only alternative to buying now if there is a lot of people with a lot of dollars that have purchased all the Bitcoin and they are hodling holding for dear life and never going to sell their Bitcoin where are you going to get it from in a world where the price of Bitcoin is multi-million where are you going to get your Bitcoin from so the strategy changes to being productive because if you consume in society like watching this uh buying things you are sending out money receiving goods and services if you want Bitcoin in a medium of exchange world of Bitcoin as the adoption curve you need to be productive as as a person as a business that you want to be paid in Bitcoin you’re exporting value being productive or selling something producing something and when you produce things you receive money because money moves in the opposite direction of goods and services so medium of exchange phase is when Bitcoin is connected to the energy sector and the compute aspect of things and the financial sector all of these different branches of Bitcoin require you to create and add value in society and I do believe this will be the the golden years of bitcoin’s acceleration because these three represent adoption curves these huge bell curves that cumulatively create an S curve and this will be the most steep part of the S curve shooting up a value and interconnectivity the medium of exchange being comput in the middle of energy and finance the third phase which is much more further out but still your ability to acquire Bitcoin as I said is a mountain that’s Contin getting steeper but a worthy goal if you seek to preserve that money over time add value exchange it back into things such as reinvesting into the Bitcoin Network and all other different aspects of the entire sector where it’s going how it’s growing new sort of citizens of the world should we say because Bitcoin is going to change people in the way that Fiat money changed people that people spent today and couldn’t save for tomorrow because the money bought you less over time and if you go back in history the Golden Ages the most impressive constructions developments designs and music classical music even was all built on a hard money gold standard so when we have Bitcoin as a unit of account which right now the inflation rate of Bitcoin mining is now lower than that of gold and so when we bring about a world of the information age of a Digital hard money that’s more SC than gold what’s the world going to look like then and what is the accumulation strategy in a world where everything is based on a money that’s backed by energy the name of the game is connectivity connectivity is your ability to express all those different offerings of how you can trade transact contracts employment all these sorts of things on a Bitcoin unit of account and connectivity is not just the trade of goods and services in Bitcoin but the access that a a plant will grow itself from the seed and then send out shoots and connect and these sorts of pieces is why I I see lots of people having different analogies to bitcoin and one of them being it’s like a digital mycelium Network and connectivity network of effect truly takes place here when the dollarized world has no underlying commodity that it’s connected to we used to have a form of money paper that was redeeming gold that you you put gold in a vault and were issued pieces of paper that allowed you to go and collect that gold and when the gold money standard was disconnected and now we’re everything’s based on debt money the only thing that sustains the value of money now is the illusion that it has value because it exchanges for other things so unit of account economics that’s the bit that kills the dollar what kills the dollar is when contracts are priced in Bitcoin because it removes the understanding of that long-term perpetuity of us treasuries and all these sorts of pieces that the the ability to for governments to access Finance based on IUS and debt money it it disappears if if the pricing if if the value of Fiat money is based on trust trust is the underlying and pricing of contracts and salaries and all these sorts of pieces are what sustain the delusion of of Fiat money having value well if the connectivity of the Bitcoin Network reaches the point where trade and contracts are priced in a quantity of Bitcoin game over but from your Bitcoin accumul ation strategy of one whole Bitcoin you’re going to have to offer anything and everything related to bitcoin be productive and Arbitrage any of these other Commodities into Bitcoin which reprices those Commodities against Bitcoin where bitcoin’s more valuable in in essence versus all the different Commodities of the Bitcoin Network and all the associated productivity that everyone’s creating and we are going to see a golden age that most of us will not ever be able to witness we will be too old to uh witness the unit of account phase that truly transcends into civilizations going to the Moon to Mars and maybe out of the solar system because we now have a monetary system that coordinates Society towards innovating energy and compute with a financial unit on top that accelerates that whole process I hope this was an interesting insightful video um I’m a bit tired so bear with me but this is a real interesting way of observing ing things but yeah I’ve got some questions for you why do you want one whole Bitcoin and what you going to do with it those are the two deep sit somewhere by yourself without a phone no distractions and really think as to why the the why the the truth seeking is one of the most culturally resonant things in the Bitcoin space that we all want to seek more for ourselves more for our loved ones and the people around us and we’re all going to find our tribes I hope you enjoyed this video thank you for listening like subscribe share to the group chats and I will see you in the next one goodbye

Watch on Youtube!

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Bitcoin UK? Red Tape or Red Carpet | Hashpower Academy

Bitcoin UK? Red Tape or Red Carpet | Hashpower Academy



Welcome to Hashpower Academy, where we weigh Bitcoin’s UK fit. In “Bitcoin UK? Red Tape or Red Carpet,” we explore the UK’s struggles and how BTC rolls out solutions.

What’s Covered:
UK red tape: Regulatory hurdles choke crypto growth.

Bitcoin’s fix: A network tackling big problems head-on.

Carbon accounting: Tracks mining’s eco-footprint cleanly.

Electricity monetized: Miners turn kWh into BTC wealth.

Heat reuse: Mining rigs warm homes, cut waste.

Internet security: BTC’s blockchain locks down data.

Hard money: Digital gold for an info age.

Key Insights:
UK woes: Banks balk, rules bind—crypto stalls.

BTC edge: Miners sell power, not just coins.

Security win: Unhackable data via blockchain.

Cash reborn: BTC fights inflation with fixed supply.

Why Watch:
UK’s choice: Stifle BTC or embrace its perks?

See Bitcoin as more than money—a tech revolution.

Join Hashpower Academy to cut through UK red tape—watch now and see Bitcoin’s red carpet!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#BitcoinUK
#cryptocurrency
#UKCrypto
#RedTape
#Mining
#Energy
#CarbonAccounting
#Electricity
#HeatReuse
#InternetSecurity
#Blockchain
#DataSecurity
#HardMoney
#DigitalMoney
#BTC
#CryptoSolutions
#UKRegulations
#BitcoinNetwork
#CryptoFuture

Video Transcript:

hello there and welcome to the hash power Academy this is where we’re going to today look at all the positive connotations of Bitcoin the misinformation of people that are not Satoshi the fears of money laundering the verbal demagogy of blaming it as an addiction people losing money in the extreme amounts if you must invest in crypto here’s how the the the language is all over the place even when bitcoin’s doing well oh it’s it’s it’s not even addressing what he did well it’s just addressing oh he lost six billion in a day before where’s this next one crypto seller admits five offenses in clap clamp down on illegal ATMs but you can go and blow all your money in a betting shop and the bank won’t say anything yeah oh someone that did well with Bitcoin but the whole article is just degrading her yep crypto crypto King’s billion dollar multi-billion dollar fraud this if you think that you’re going to get any positive insight as to what Bitcoin is I wouldn’t read the news Bitcoin Mania as I said even if it’s doing well the wording is just all over the place if you truly think you’re going to learn anything anything about Bitcoin from a truly fundamentals perspective the newspapers are just going to smoke and mirrors you through and through and this is because well I’ve got endless amounts of this it’s sad because this is Bitcoin this is Bitcoin the production of energy the transfer of it over time the consumption of it heat doesn’t the UK need a lot of heat it’s a lot of heat like over 50% of our needs in the UK for consuming energy is to produce heat so you’ve got this computer monetization system which consumes energy turns it into money the output of that energy consumption produces heat which could go into your home the compute power supports a storage space for information the blockchain and all these other different pieces that truly add value to society but the UK wants none of it and it’s sad it’s really sad because there is a lot of young people with passionate interest in all the different energy compute and financial sectors but all three sectors are aifi and red taped whilst in the US they’re rolling out the red carpet the the energy sector the computer sector and financial sectors are just laying the path building the Regulatory and legal Frameworks to allow this stuff to operate and express its freedom there and the UK is dragging its heels it’s absurd so I say to people such as Ed Miller Band if Bitcoin isn’t at at least even part of the discussions as to how the UK could prosper by consuming all of its wasted energy by making wind farms switch off when they have too much power and paying them for it that’s like a business being full of inventory on the High Street and there’s a customer at the door miners wanting to buy closing the doors and charging customers for it how can a business not sell it inventory and charge customers for it as a national grid that is absurd that Renewables is a factious fraud in a sense because we are paying wind farms to switch off and that that cost gets extrapolated out and charged to customers in their energy bills whilst there is a buyer of energy that can consume the energy at any time and anywhere because you just need the electrical connection and the internet connection Bitcoin is a circular system of energy and finance connected as a circuit it’s an economic energy ecosystem so anything from the media is the dollarized price and doesn’t look at any of the other parts of the iceberg so to speak so dear UK please just at least learn Bitcoin from a mathematics and physics perspective to understand that electricity now has a data derived money value and what that does is create a pricing system a natural buyer of energy and when the price of that energy goes higher than what you can turn into this new form of money well you can now sell that power back to the grid Bitcoin mining is not going to consume all energy because it’s constrained by a pricing model if more compute joins the amount of Bitcoin per kilowatt hour will drop and so that pricing of energy continually drops and we are electrifying the world cheaper energy means you driving in your car running your your black Cab in London or any other forms of logistics all of your costs are derived in energy the food that we produce needs heat in the greenh houses fertilizer produced from energy and the transportation of those crops and the tractors and everything in between to move those Commodities to the supermarket where they are consuming electricity to keep it cold and selling it everything of our life is based on Energy prices and what does Bitcoin do it replaces the debt-based monetary system with Energy prices the more consumption in society the energy price rises in Bitcoin the less consumption in society the energy price drops because there’s more compute power and less fees so that pricing system of the amount of Bitcoin per kilowatt is dynamic and is always observant of the collectives use of energy and money I hope this was an interesting different sorts of video but all of these different layers have several different hours of conversation that could be delved into but the approach here is that this the UK needs to take a Fresh Approach and a fresh look at not just Bitcoin as money but the blockchain the compute power that produces the blocks the hardware that produces the compute power to produce the blocks and that local buyer of energy connected to Global Finance the UK historically is a banking Giant and the history of the UK going out into the world and taking risks why are we in a state that everything is so aifi and resistance resistance to change we it’s clear we are in the 21st century internet Information Age and the UK is dragging its heels so I say this to any UK decision maker I am more than happy to give my time and energy away to providing information and education where I can if that’s going to be of use I’d like to help my country thank you for listening and goodbye

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Stop Getting Distracted! Pug Life! | Hashpower Academy

Stop Getting Distracted! Pug Life! | Hashpower Academy



Welcome to Hashpower Academy, where we cut through the chaos. In “Don’t Get Distracted,” we talk focus—both in life and Bitcoin—featuring my pug Migo on my lap!

What’s Covered:

Internet trap: So connected, yet so disconnected—humans lose focus.

Bitcoin journey: Education needs laser-sharp attention.

Signal vs. noise: Sift through the clutter to find BTC truth.

Why focus matters: Distraction kills progress—on and off-chain.

Bonus: Meet Migo—my cute pug stealing the show.

Key Insights:
Disconnection: Too much online noise clouds your mind.

BTC signal: Tune out hype, lock into real learning.

Stay on track: Focus turns confusion into clarity.

Migo’s vibe: A pug’s calm amidst the storm—pure gold.

Why Watch:
Refocus your life and Bitcoin path.

Get educated—and adore Migo’s pug charm!

Join Hashpower Academy to ditch distraction—watch now with Migo and master the signal!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Distraction
#BitcoinEducation
#Focus
#SignalNoise
#Crypto
#Education
#Pugs
#Migo
#BTC
#LearnBitcoin
#CryptoEducation
#Mindfulness
#BitcoinFocus
#PugLove
#NoiseFilter
#CryptoJourney
#StayFocused
#BitcoinSignal
#PugLife

Video Transcript:

hello there and welcome to the hash power Academy my name is Jake and this is Migo and the message of today is well everyone’s too distracted at the moment there is so much connectivity on the internet that everyone’s disconnected and the world of Bitcoin has an insatiable amount of opportunity but most people just cannot focus there’s so much going on and the noise really blurs the signal and so the best thing I can offer in terms of educational advice to in terms of anyone that wants to learn about Bitcoin and its underlying network of infinite opportunity in 21 million units of data derived money preserved on a storage system distributed and copied all around the world produced by an infinite amount of compute and an infinite amount of electricity expanding into the future to when we look back in 100 years or a thousand years from now the concepts of of of what we can realize as time goes on like a couple hundred years ago the concept of flying was beyond anyone’s dreams but here we are now and looking to the Future there is just going to be so much possibility of what we can do as a as a collective but just don’t be distracted don’t look at the Pug I’m trying to tell you something here and the educational side of that is if there’s that book that Bitcoin book or any other book that you’ve been looking to learn or a different approach to learning whether it’s audio visual a course uh a mathematical function whatever it is that engages the fun side of learning that’s what you need to to do look I think it’s time to finish this video Migo is done goodbye and I hope you enjoy your educational journey in the world of Bitcoin and if you join us here at the hash power Academy with all the different topics that we like to cover take a look at the website it’s there for you cheers goodbye

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a NEW way to understand Mining Pools | Bitcoin Education

a NEW way to understand Mining Pools | Bitcoin Education



Welcome to Hashpower Academy, where we simplify Bitcoin’s backbone. In “A NEW Way to Understand Mining Pools,” we break down how pools fit into the BTC network.

What’s Covered:

Mining pools 101: Groups of miners sharing hashrate and rewards.

Network role: Pools bridge solo miners to Bitcoin’s blockchain.

Why they matter: Steady payouts vs. solo’s rare wins.

How they work: Pool operators sync hardware, split BTC.

Big picture: Pools keep Bitcoin humming—hashrate hubs.

Key Insights:

Network glue: Miners + pools = blocks every 10 minutes.

Reward split: Fair cuts based on your hashrate share.

Not solo: Pools tame the 1-in-millions block odds.

Why Watch:
See mining pools as Bitcoin’s teamwork engine.

Grasp their place in the BTC ecosystem—fresh and clear.

Join Hashpower Academy to rethink mining pools—watch now and connect the network dots!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#MiningPools
#BitcoinMining
#Crypto
#BTC
#PoolMining
#F2Pool
#AntPool
#SlushPool
#ViaBTC
#Bitmain
#Whatsminer
#MicroBT
#Canaan
#MiningHardware
#Blockchain
#CryptoMining
#BitcoinNetwork
#Hashrate
#BTCmining

Video Transcript:

hello there and welcome to the hash power Academy my name is Jake and this is where we talk about anything and everything to do with Bitcoin and its wider underlying Network in the topic of today’s video we’re going to look at what a mining pools and what do they do but first let’s just run through the layers of the Bitcoin Network in a six-part format that is to say that we produce electricity transfer over time produce compute power transfer it over time produce Bitcoin and store it over time and basically that boils down to Energy Technologies such as solar and energy commodity electricity compute Technologies as6 CPUs gpus the timeline compute commodity they all produce hash rate Bitcoin blocks continually being added to the chain increasing the full supply of 21 million units distributed over well issued shall I say over the next 100 plus years until we reach that full 21 million cap and the context of today’s video what are mining pools well mining pools sit at the heart in the middle of the Bitcoin Network in the sense that compute power is the interplay between energy and finance for this network as you can see and that is to say that energy producers are producing power and Bitcoin miners are consuming it Bitcoin mining produces compute power and the production of compute power like electricity sort of has to be used then and there because there’s well the the context of battery storage for compute power is essentially Bitcoin and Bitcoin is essentially the digital equivalent of a battery in weird sense but you get the gist Bitcoin blocks require the consumption the reusable aspect of proof of work and there’s another there’s another one actually up here and rejoins there but we’ll discuss that another day but overall the production of Bitcoin and maybe the consumption of it in exchange for electricity but the gist here is where do mining pools fit in mining pools fit here they are the producers of Bitcoin blocks and where do they source that ability to produce Bitcoin blocks by exchanging with Bitcoin miners to buy their hash rate and I say buy their hash rate because a lot of miners are using fpps which means full pay per share and that essentially means that they are just getting paid for their hash rate and so the majority of miners are not even producing their own blocks they are selling their commodity of hash rate to the mining pools and the mining pools produce the blocks and sell them sell some of that distribution but in a quantity of Bitcoin per terahash of compute over time that is Hash price that’s one of the standard metric for comparing different blockchains at the blockchain level as to the amount of bit coin per compute power per time so the amount of digital energy you can produce with your uh conversion into hash rate from your consumption of electricity and so mining pools sitting at that bridge between these two worlds make them critically important they are the issuance mechanism of Bitcoin coming into circulation because the majority of blocks are produced by Bitcoin mining pools that’s not to say all of the blocks are produced by Bitcoin mining pools some of them are produced by solo miners or just a large scale Miner that they represent their share of hash rate in in the in the blocks that they produce and the interesting aspect of every layer of the Bitcoin network is what I like to call willing participants you can produce your own power or buy it from an electrical grid you could produce your own mining Hardware or buy it from a manufacturer and run it yourself you could produce your own Bitcoin blocks or use a mining pool you could store your own Bitcoin or store it in a platform so there’s this optionality uh between in everything to do with Bitcoin but producing your own energy and producing your own Hardware right now have extreme economies of scale especially the compu microchip side of things versus producing your own energy this could be as small as a solar panel a single machine maybe some batteries uh connected to the internet mining to a pole and earning Bitcoin there’s interoperability with all the different pieces of the network but I’ll leave it there for now in terms of mining pulls but the other aspects of mining pools on the business side is the upside capture of um your Bitcoin by selling hash rate or buying hash rate in forward contracts and as mining pools have liquidity in compute context they have the ability to maybe sell some of that compute if they’ve already paid the miner in real time there’s also that access to liquidity because miners have an input of electrical bills so that access to some form of Bitcoin Financial options means that interplay between energy and finance has a business perspective and this is what we’re going to see from mining pools going forwards that every different business within this network is expanding in their own directions and while the majority of the finance world are obsessed with Bitcoin as collateral and the energy sector obsessed with Bitcoin as a yield the sector in the middle of compute the embodiment of compute consumption versus Hardware manufacturers which could be the embodiment of compute production all of these different business are going in their own Direction because it truly is quite difficult to draw this in a linear fashion or not in a three-dimensional fashion still doesn’t doesn’t complexify as as as to how how much interplay there is between all of these different businesses but I think that’ll be that’s where we’ll leave it for now I hope you enjoyed this video if you want more more of these sorts of videos I will I’m going to do all of the six different Core Business areas shall I say of energy producers utilities Hardware manufacturers and miners mining pools the Bitcoin blockchain which could be considered different layers and platforms that use Bitcoin as money in the context of Finance as collateral uh ETFs which are just IOU tokens of Bitcoin what they do with the Bitcoin underneath who knows thank you for listening I hope you enjoyed like subscribe and I’ll see you in the next one goodbye

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Bitcoin has NO intrinsic value? | Hashpower Academy

Bitcoin has NO intrinsic value? | Hashpower Academy



Welcome to Hashpower Academy, where we challenge Bitcoin myths. In “Bitcoin has NO intrinsic value,” we tackle the big question—and flip it on its head.

What’s Covered:
The critique: Most say Bitcoin lacks intrinsic value.

Our take: Bitcoin’s priced by electricity—miners sell kWh for BTC.

New exchange rate: Bitcoin per kWh redefines its worth.

Tokenized energy: BTC proves electricity consumption.

Real question: Is electricity intrinsically valuable?

Key Insights:

Mining link: Miners’ revenue ties BTC to kWh costs directly.

Value shift: Not just a coin—a measure of energy used.

Electricity’s worth: Powers the 21st century—hard to argue no value.

Critics stumped: Intrinsic value debate moves to energy itself.

Why Watch:
Rethink Bitcoin beyond the “no value” noise.

See BTC as energy’s financial fingerprint.

Join Hashpower Academy to decode Bitcoin’s true value—watch now and rethink the critics!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Crypto
#BitcoinValue
#Mining
#Energy
#BitcoinMining
#IntrinsicValue
#Electricity
#BTC
#CryptoValue
#kWh
#EnergyPricing
#Blockchain
#BitcoinEnergy
#CryptoMining
#Finance
#BitcoinPrice
#EnergyValue
#CryptoDebate
#BTCkWh

Video Transcript:

Bitcoin has no intrinsic value Bitcoin is monetary data defended and produced by electricity which means that a certain amount of electricity right now produces a certain amount of Bitcoin and so if a minor consumes one million kilowatt hours of energy to produce a Bitcoin what are they willing to sell that electricity for back to the grid one Bitcoin or more and so the willingness for a minor to not consume energy to produce Bitcoin but instead switch off and sell the electricity instead means that Bitcoin has a direct exchange rate with electricity so I would like to shift that statement and shift that argument to is electricity something intrinsically valuable to the 21st century of humanity in our electrified future of transportation and Technology I think it is let me go through it again Bitcoin a unit of data information that stores all that transaction information in blocks which is produced by compute commodity of hash rate and that exchange of electricity into compute Power by mining Hardware or distributed all around the world and that minor in the middle has a choice to consume electricity to produce Bitcoin let’s say a million kilowatt hours of energy to produce a Bitcoin what is he willing to sell that energy for he would be willing to sell the power if he can buy more Bitcoin with that sale and so Bitcoin has a direct exchange rate with electricity through the efficiency and block rewards as its two pricing systems of local exchange rate and Global pricing comparison Bitcoin doesn’t have any intrinsic value yet it’s available through the energy nodes of the network in electrical form the commodity that produces Bitcoin if that’s not part of the the important discussion in the eyes of critics that have a more financial comprehension of Bitcoin or lack of shall I say that they need to understand that Bitcoin in a sense is a tokenized proof of electrical consumption and so there is a direct comparison a comparison of what the energy can be consumed into a quantity of Bitcoin or sold at that local grid level and the fungibility of Bitcoin ensures that the pricing system with computes as its internal medium of Exchange establishes this pricing system it’s a very interesting concept to look at things this way and I do have these four keywords as to the the true fundamentals of this with a Bitcoin scarcity absolute in 21 million units everyone and their mother has heard of 21 million fixed Supply monetary units and right now the block reward site of this is subsidy 98% of block rewards are subsidy which unfortunately connects Bitcoin to the Dollar by a 98% margin this is because subsidy has no economic activity behind it it’s just economic issuance policy of Satoshi Nakamoto he defined that the first four years would issue 50 blocks the next four years would issue 25 and so on until we reach no subsidy and fees take over fees are associated to some form of economic activity a movement of a much larger quantity of money or in layer 2os an even greater volume of transaction activity being settled on the layer one and so that large scale effect of economic activity will be priced in fees and the dollar based aspects of Bitcoin is attached to subsidy and so that transitional decline of subsidy and that increase in fee truly transitions us closer to a Bitcoin unit of account economics with the energy side one of my strongest predictions for Bitcoin is that when Merchants understand their costs to produce things in Bitcoin the exchange rate of Bitcoin to kilowatt hour that’s when they will be un they will be more understanding of what prices they can charge because if they can define a cost to produce with Goods Services transportation in an electrified World well that just ensures that they have their margin set from production to consumption because Merchants aren’t just going to arbitrarily charge a certain quantity of Bitcoin and right now there are Merchants that will allow you to pay them in Bitcoin but that is not using Bitcoin as a unit of account that’s just Bitcoin as settlement Bitcoin unit of account is when the quantity of other Commodities are priced in a quantity of Bitcoin such as electricity and maybe in the future compute power that’s all for today I hope this was an interesting insightful video I’m going to do more on this topic in future videos please let me know your thoughts in the comments like subscribe send it to that group chat that would love it even more and I will see you in the next video goodbye

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Layer 2's and the DANGER to BTC Mining | Hashpower Academy

Layer 2’s and the DANGER to BTC Mining | Hashpower Academy



Welcome to Hashpower Academy, where we tackle Bitcoin’s big shifts. In “Layer 2’s and the DANGER to Mining,” we dig into how L2s reshape mining’s role—and its risks.

What’s Covered:
Mining 101: Produces L1 block space, earns fees from it.

Layer 2 rise: Lightning, Liquid move settlement off L1 for speed.

Efficiency gain: L2s boost volume—less clog on L1.

The danger: Fewer L1 fees threaten miners’ income.

Settlement link: L2s still need L1 block space to anchor.

Key Insights:
Miners’ lifeline: L1 fees drop as L2s handle more txns.

L2 reliance: Lightning and Liquid lean on miners’ blocks.

Tension point: Settlement ties L1 and L2—miners stay vital.

Risk vs. reward: Mining’s future hinges on L1’s role.

Why Watch:
See the tug-of-war between L2 efficiency and mining profits.

Grasp how Bitcoin evolves—and who pays the price.

Join Hashpower Academy to uncover L2s’ impact on mining—watch now and see the stakes!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Layer2
#BitcoinMining
#LightningNetwork
#LiquidNetwork
#Mining
#BTC
#BlockSpace
#Crypto
#L2Bitcoin
#MiningFees
#BitcoinLayer2
#LightningBTC
#LiquidBTC
#Blockchain
#BitcoinTech
#CryptoMining
#L1vsL2
#BitcoinSettlement
#MiningRisk

Video Transcript:

hello there and welcome to the hash power Academy my name is Jake scanland and here at the Academy we learn anything and everything about Bitcoin and its underlying network but in this topic we’re going to go upwards but to start we start from the bottom and the context of this conversation is to delve into the future of mining the risks and the worries about the amount of subsidy per block in Decline and the amount of fees per block needing to increase as the income for miners and we start with the energy sector because this is the cost side of Bitcoin mining it is their input and it’s the input to the Bitcoin Network so Bitcoin mining Hardware consumes electricity from the energy sector the compute sector producing compute power hash power and hash power finds the next block in the chain and the blockchain is where all the rules for Bitcoin come into play that layer twos are looking to shall we say escape from that is to say that Bitcoin blocks come every 10 minutes approximately but if you were going into a into a shop and trying to buy a coffee you wouldn’t want to wait 10 minutes for your uh settlement of of a transaction and if millions of people are all buying coffee there is not enough transaction space in those blocks and so we have base layer one Bitcoin units of well BT TC but there are also people developing layers so new forms of layers on top of Bitcoin that use the security of Bitcoin and its proof of work model as as those fundamental foundations which is the right way to go about things in the context of allowing a wider poll of people to trade transact in Bitcoin but what’s happened over time before we had uh highly adopted layer 2os was well when there’s lots of transaction demand and limited space for transactions to be stored the fees in which people have to pay to access settlement right now as in within the next 10 minutes versus if you try and pay a lower fee your Your settlement of your transaction isn’t stored in space a block but it’s stored in time and this is where the mempo kicks in it’s a place in which nodes are tracking all of the different transactions that are requesting to be added to the blockchain and they’re essentially categorized based on the willingness to pay a fee the highest fee paying transactions will probably get into the next block and so that communication between the mining layer and the layer twos is fundamental the piece in the middle is settlement the settlement space is limited in in storage size the amount of data and so layer twos offer efficiency and what happens is is that efficiency is traded for fees going to the layer 2 layer and layer 2 nodes earning those fees but those fees might not necessarily make their way to the miners because what’s happening is there’s going to be an ever increasing amount of data the higher you go up in the layers but it also constrains the amount of fees in Bitcoin terms going to the lower layers of the network and you have to pay miners but the the debate right now as to all the different ways of providing income to miners from my perspective there is several different income streams from all these different layers for miners but mining is going to be a fundamental part of the discussion before the dollar during the dollar and after the dollar in terms of Bitcoin and so looking at how layer 2os race to ensure that you can pay someone near immediately pay a small fee and every now and again access the layer well the layer two has all the settlement of your transaction for convenience but those Layer Two the amount of Bitcoin in the layer two in reference there are still IUS just remember that the layer twos have to reference and settle eventually on the layer one so the frequency in which transaction optimization Finds Its way to the layer one where those fees are paid two miners well that’s the big question looking forwards and that is to say that the most valuable commodity to any layer 2 is Hash power banking Finance any form of institution that wants to use layer one block space you either pay to play which is paying Bitcoin to access block space or you produce it yourself with hash power from the mining side and so I always find that anything to do with uh the the expression of Bitcoin in financial terms and that demand for a place to settle transactions but the final record of information of how much was sent to whom well that all comes from the mining side and so mining is always going to have an important discussion when discussing any new updates to the Bitcoin chain and impro improvisations and and different layers that abstract away from the rule structure which is 10minute blocks and certain amount of storage space per 10minute period all of these things come uh together to say that it’s inevitable that the amount of subsidy per 4year period is getting cut in half cut in half cut in half right with not too good drawing and the amount of fees let’s just put it in Black the amount of fees are going to be minuscule but they increase eventually think of these as the fouryear cycles and we’ll have a point in which fees per block is more than the 50% than the subsidy per block and that point in which subsidy drops below as a percentage of total block rewards than fees I believe that would be the turning point in which not just Bitcoin unit of account and medium of Exchange fundamentals really kick in and we move away from store at Value but also in terms of layer twos these layer tws have got to really offer uh just as much competitive value in comparison to their their connection to other different markets as well and what I mean by that is uh the pricing system right now of Bitcoin in of itself is well fees right now uh are barely a fraction of the total block rewards to Miners And so subsidy is buying Bitcoin miners time but subsidy is issuing that full 21 million Supply on the fee side of things fees represent some form of economic activity and that economic activity whether it’s a convenient amount of large you know high volume of transactions in a layer two with some form of regular settlement rate in to layer one where those fees are paid but if block space is constrained by such a small amount of data there is going to be an inevitable path where it’s about transaction optimization net settlement which is to say that if let’s just say there’s two Bitcoin banks in the future and they operate some form of layer two to communicate uh transactions between these two Banks let’s say at the end end of a certain day let’s say they do they try and do once a day settlement to the layer one if bank number one sent 100 bitcoins worth of of Bitcoin on the layer two to bank number two and bank number two only sent 20 Bitcoin in settlement to the others they would just perform a net settlement of 80 in the middle and that net settlement would be in the layer one blockchain but that still doesn’t pay the miners and and reduces the amount of fees that they could potentially earn but that that interplay of security and fees is is the is the clear correlation layer one block space is absolute Tru because a network of gwatt of power is securing that block space layer twos are just as secure as whoever offers the layer two the decentralization of the nodes of that layer two or if it’s a federation the security of the Federation so everything is this interplay of security efficiency accessibility to other markets in terms of bitcoin’s medium of exchange fundamentals there is a lot to this but I do believe that compute power is going to have one of the biggest components of that discussion because it because it’s the commodity that produces block space and yeah I I the long-term path for that is not absolutely clear but I have a few ideas I’ll leave it there I hope this was an interesting video uh I’m not too worried about when subsidy drops below fees because miners have access to different income streams such as selling power back to the grid so the energy can flow from buying energy to selling Bitcoin producing it or selling the energy and buying Bitcoin so the energy can flow either way around the network and it’s essentially a a basic circuit through the internet and through the electrical grid and that that sort of two-way direction of things makes it different to say gold mining where with gold mining you have a cost of processing load of rock to to extract a quantity of value but it doesn’t go the other way you can only the rock cannot be sold for its gold value it’s it doesn’t work like that but Bitcoin does and so so miners that innovate on the energy side will have the best chance but even if fees decline what happens is inefficient miners switch off so if inefficient let’s say half the network were inefficient and switched off because really low fees the other half of the network the efficient ones the efficiency survives basically and so we will never reach a point where there is zero mining in fact there will be a lot of people that can drive their cost of mining to zero because if they’ve already deployed energy production and price themselves into paying for it um they can accumulate Bitcoin at a rate that people depending on buying electricity from some from a grid they will not be able to achieve those same sorts of economic results and so efficiency wins here it’s meritocracy in its purest form which is to say that those most efficient with their energy will account the most SATs and layer twos just Express even further with higher efficiency on the consumption side of things so that duopoly of energy and finance as I said computes in the middle and compute is always part of that conversation as the producer The issuant Power Within all the different components of the Bitcoin Network I hope this was an interesting video I hope to see you in the next one goodbye

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The SECRET(s) to Understanding Bitcoin? | Hashpower Academy

The SECRET(s) to Understanding Bitcoin? | Hashpower Academy



Welcome to Hashpower Academy, where we crack Bitcoin’s code. In “The SECRET To Understanding BTC?,” we reveal how energy unlocks Bitcoin’s essence as money.

What’s Covered:
Bitcoin = money: But it’s really energy in disguise.

The secret: Monetary potential—energy turns into wealth.

Finance folks: Hit a mining conference to see the power side.

Energy pros: Join a Bitcoin finance event for the money angle.

Two worlds, one BTC: Merge energy and finance to get it.

Key Insights:
Energy foundation: Mining converts watts to sats—pure value.

Monetary potential: BTC’s price reflects its energy backbone.

Cross-learn: Wall St. needs Texas rigs; energy needs trading floors.

Real-world tie: Bitcoin bonds and mining ops bridge the gap.

Why Watch:
Unlock BTC’s dual nature—energy meets money.

Find your conference path to master Bitcoin’s secret.

Join Hashpower Academy to discover BTC’s hidden truth—watch now and connect the dots!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Crypto
#Energy
#BitcoinMining
#Mining
#Texas
#WallStreet
#BitcoinBonds
#CryptoTrading
#BTC
#EnergyMoney
#Trading
#Finance
#BitcoinEnergy
#TexasMining
#WallStBTC
#CryptoFinance
#MiningConference
#BTCValue
#EnergyWealth

Video Transcript:

hello there and welcome to the hash power Academy my name is Jake and the topic of today is what are the secrets to understanding Bitcoin now Bitcoin is not just money on the internet and all the different blockchain related topics Associated to it but it has these underlying layers and those layers are compute and energy so energy compute and finance represent the Three core commod ities of the network electricity hash power and BTC and well I’ll tell you a story if you go to a mining conference for example Bitcoin mining there’s a lot of people there obsessed with Bitcoin in the context of energy their ability to find energy source it and monetize it into Bitcoin and if you go to a typical generic Bitcoin conference lots of baners fresh from Wall Street they contextualize Bitcoin and their understanding of Bitcoin is from a financial lens Bitcoin is collateral Bitcoin in debt markets Bitcoin bonds trading all the all these sorts of pieces and I honestly recommend that if you’re fresh from Wall Street the best thing you can do is go to a mining conference so you understand the other side of the coin so to speak the the this entire bottom half of the iceberg not just this visible bit most people understand and if you’re a minor the best thing you could do is get to know people on the finance side of things understanding all the opportunities to export your energy into a global monetary Network we call Bitcoin because both sectors the production and consumption sides of producing energy and consuming it in digital form these are two sides of the same coin and that duopoly between the two is well the best business partners I believe could be an energy guy and a finance Sky because they’re going to understand it from two different lenses and they’ll have much better cooperation but the way that I see Bitcoin for example is I see it as energy potential if I see a flowing river I see I see the ability to generate energy from you know raw natural power and electricity has a quantifiable amount of money Associated to it the ability to generate energy and turn it into Bitcoin through Mining and then the financial lens is to understand that Bitcoin has an underlying energy Reserve Associated to it miners are continually plugging machines in they are continually adding more electricity that is not just consumed to produce Bitcoin raise the difficulty adjustment and create a more secure network but also Al all of that capacity of energy is having well it’s got this ability to be sold as well so all of these different pieces of not just the network creeping its Bitcoin phenomena in the finance Direction but also in the energy Direction the compute Direction because the hash power can also be converted into other different blockchains and just sell those other units of a different blockchain into more Bitcoin and convert it there’s all different paths to the same destination with this network and as I said if you are a finance guy go to a Bitcoin mining energy conference if you just go to mining conferences and energy conference type stuff go to a finance one because that partnership that is the true power of network effects I believe because we’re all we’re all developing things in our different directions of Bitcoin but the more we look at Bitcoin as a zoomed out perspective or for you or anyone else really that educational journey of seeing that the secrets of bitcoiners money is energy and the secrets of bitcoin’s energy side is its monetary potential that’s what I’ve got for today I hope you enjoyed this uh video I hope you go to a different conference that uh makes you uncomfortable makes you learn something new and within that you will frame different ways of understanding this phenomen that we’re only going to look back in being able to pay the way of of of clarity of knowing exactly where it’s going learn about the past all the different pieces of Bitcoin we can learn about what’s happening today the new cycle all this stuff but all of that contextualizes where it goes for tomorrow thank you for listening I hope you see hope to see you in the next one enjoy

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Bitcoin in a Nuclear FUSION World | Hashpower Academy

Bitcoin in a Nuclear FUSION World | Hashpower Academy



Welcome to Hashpower Academy, where we fuse Bitcoin with the future. In “Bitcoin in a Nuclear Fusion World,” we dive into how fusion energy reshapes BTC’s universe.

What’s Covered:
Nuclear fusion: Endless energy supply—abundance unlocked.

Limits: Transportation (grids) and compute (chips) cap usage.

Bitcoin’s role: Ties energy, grids, and compute into money.

Energy monetized: Fusion powers mining, BTC cashes it out.

Grid buildout: BTC incentivizes energy transport upgrades.

Microchip density: Mining pushes compute to the edge.

Key Insights:
Fusion flood: More power than we can move or use—yet.

BTC’s bridge: Turns surplus energy into global wealth.

Grid growth: Mining profits fund bigger, better networks.

Chip race: Dense tech meets fusion’s scale via BTC.

Why Watch:
Fusion + Bitcoin = a new energy economy.

See how BTC thrives in an abundant world.

Join Hashpower Academy to explore Bitcoin’s fusion future—watch now and connect the dots!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Crypto
#BitcoinMining
#Energy
#NuclearFusion
#FusionEnergy
#Mining
#Blockchain
#EnergyAbundance
#Compute
#Grid
#Microchips
#CryptoTech
#FusionPower
#Quantum
#Photonics
#BTCFuture
#EnergyGrid
#CryptoEnergy
#TechInnovation

Video Transcript:

hello there and welcome to another video from the hash power academy i was just drawing a few things here and as you can see you can the layers of energy commodity energy technologies underneath uh compute technology compute commodity blockchain technology blockchain commodity bitcoin and the interesting thing that caught my attention as i was writing it is this guy what will the world of bitcoin look like with nuclear fusion involved and nuclear fusion represents a massive increase in the supply of energy available and when bitcoin mining deploys more compute which consumes more energy essentially when the supply of energy within the bitcoin network increases it dilutes the amount of bitcoin per kilowatt earned so basically everyone that doesn’t have access to fusion across the bitcoin mining sector they will in a very short space of time get diluted to the point of maybe unprofitable if they use any other of these other power sources and they’re not already costed in that if the price the amount of bitcoin per kilowatt that you could earn just collapsed down to pennies or cents um or even sats very a very minuscule amount of sats per kilowatt um it would mean that anyone that’s not using nuclear fusion uh well that’s where the hyper extreme level of efficiency is on the energy side so maybe they would have to focus on the hyperextreme aspects of compute efficiency on the other because bitcoin has this duopoly between energy and compute and fusion represents a massive acceleration in the energy direction whilst compute still remains and you can think of them as an x and y axis with the the z axis being uh bitcoin blocks so all these other energy sources will still be important because everything related to say renewables is of local constraints where it’s windy there’s wind farms where it’s really sunny in the middle of the desert it’s uh there’s not too many people there and where there’s hydrop power there’s lots of water and flowing water through uh terrain and all these sorts of pieces mean that uh the access to energy becomes more important if we can produce a lot of energy from this extreme idea of nuclear fusion of harnessing the the core of a sun in the in the technology framework of compressing whatever uh fuel so densely together and spinning it around a tooidial field to the point that we can release more energy than what energy we put into it it will bring a level of energy abundance that we just truly haven’t seen yet but that energy abundance will be built through the continual infrastructure scale out of grids and that’s what bitcoin does as well there’s a incentive to build out more energy infrastructure and more compute technology infrastructure and race to the forefront of both because those most efficient with their energy will earn the most bitcoin and that will never change from now and going into the future so even if we scale up to a multilanetary species those who are most efficient with their energy and compute technologies uh the interplay of those two that’s the framework to redistribute bitcoin to those with those resources those producing compute power continually and scaling with the efficiency of the network those are the people that are going to be paid bitcoin over time through people transacting in bitcoin because you pay a small fee so that redistribution of bitcoin slowly over time happens where the where the money flows to those most efficient with their energy because they’re essentially building out more infrastructure and efficiency is that conversion between your hardware and the energy input required if you’ve got a greater efficiency it means you’re producing more of both so there’s just your your supply of energy is bigger in reference to the amount of hash rate you produce and also in reference to the amount of blocks that you earn there’s a lot to that there’s a lots of different pieces to there to to to the aspect of how this would work but the overall gist is um we could have the same sort of thing not not nuclear fusion but in the context of microchip density if someone invented a new form of microchip or even the quantum computing discussion maybe that’s the the nuclear fusion equivalent if someone had the ability to find blocks at a level of efficiency far better than everyone else whether it’s their access to energy or access to compute those are the two leading discussions in in terms of the meritocracy of bitcoin from now going into the future hope this was interesting if you like it like subscribe share it to your friends all that fun stuff and i’ll see you in the next video goodbye

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Mining a BLOCK with my BitAxe Mini-Miner | Bitcoin Education

Mining a BLOCK with my BitAxe Mini-Miner | Bitcoin Education



Welcome to Hashpower Academy, where we dive into Bitcoin mining’s wild side. In “Mining a BLOCK with my BitAxe Mini-Miner,” we unpack the insane odds and math behind solo mining with this tiny beast.

What’s Covered:

The odds: 1/800,000,000 chance to find a block—1 in 6 million days!

Basic calc: How hashrate, network difficulty, and luck collide.

Bitaxe Mini-Miner: Low power, big dreams—solo mining explained.

Electrical bills: Costs vs. the jackpot—3.125 BTC reward.

Payouts: Why pools or consistent BTC wins beat the lottery odds.

Key Insights:
1 in 6M days: Solo with Bitaxe is a cosmic long shot.

Hashrate reality: Bitaxe’s output vs. the global network.

Bills matter: Energy cost could outpace rare wins.

Pool option: Steady sats over gambling for blocks.

Why Watch:
See the math behind the madness.

Learn if Bitaxe solo mining fits your wallet—or sanity!

Join Hashpower Academy to explore mining a block with Bitaxe—watch now and crunch the numbers!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitaxe
#BitaxeMini
#BitcoinMining
#SoloMining
#Bitmain
#Whatsminer
#Braiins
#MiningPools
#CryptoMining
#Bitcoin
#BTC
#Hashrate
#MiningHardware
#BitaxeMining
#Crypto
#Blockchain
#MiningOdds
#EnergyCosts
#BitcoinPayouts
#CryptoTech

Video Transcript:

hello there and welcome to the hash power Academy my name is Jake and in today’s topic we’re going to be looking at what are the probable chances that I can find a Bitcoin block with this little guy this is the bit ax white paper Edition it produces about one terahash of compute power in any second and the total Network the network hash rate going to all the mining pools right now is about 800 68 million terahash so what is the chance that I can find the next block in the chain there you are it’s a 1 in 868 millionth chance for me to be able to find the next block but you can also divide that down to a day remember that Bitcoin blocks are spacing and regulating the amount of time between each block so the way that you would divide something else by 24 to divide it from hourly to daily with Bitcoin we can do calculations with blocks by dividing by 144 so what is my chance to mine a block within one day that’s roughly about 6 million I have a one in six million days of probable chance to find the next block so in essence it will take me 6 million days roughly to find the next block which is not feasible for this little guy to run for 6 million days and that divides out to the years and stuff like that so we refer to this sort of setup if you are Solo mining as well with something this small it would be considered as Lottery mining you are crossing your fingers paying a nominal amount of electricity on your bill to hopefully randomly find a block with such stupidly low odds that you probably won’t find a block um and that that leads me on to my strategy which is I have this connected to a poll called brains which have lightning Network payouts because if you plug into other mining pools there is a minimum payout threshold because to send Bitcoin you have to pay a fee and that fee is the amount of data space that the the the transaction takes and lightning allows you to move that transaction settlement to a second layer and uh yeah get paid in smaller amounts so what I’m doing is I want to build up about $10 worth of bitcoin mined from this little guy and then yeah and then I’m going to switch it to Lottery mining but I’ve I’ve got that first $10 worth of bitcoin mined so that I can allow that to appreciate to the dollarized cost that I paid for this little device um I hope this was interesting I hope this maths wasn’t too crazy um you can change this amount of hash r rate comparing it to the network for anything the total amount of hash rate that you have um per single minor that you might buy cuz a typical standard Asic can go into the 200 to 300 terahash uh range but the the statistical chance of you finding a block with a single machine is not worth the uh the weight in digital gold shall we say and this is because you want um payouts of Bitcoin um that have some form of parallel to the amount of electrical billing that you’re probably going to have each month so you want some form of payout of Bitcoin in a month or even shorter and that just ensures that you can manage electrical Bills versus the Bitcoin Revenue but second you should be paying your electrical bills with dollars because you are effectively buying the Bitcoin that you mind that you’ve already mined without a fee if you go onto a platform and exchange to buy Bitcoin you get converted out of some of the spread and you also are paying a fee hope this was an interesting short video I hope the maths wasn’t too crazy and I will see you in the next one goodbye

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The Electron Liquidity of BTC vs BCH | Hashpower Academy

The Electron Liquidity of BTC vs BCH | Hashpower Academy



Welcome to Hashpower Academy, where we compare crypto’s core. In “The Electron Liquidity of BTC vs BCH,” we explore how electricity drives BTC and BCH—and what it’s worth.

What’s Covered:
Hashrate basics: BTC and BCH run on electricity-fueled compute.

Electron liquidity: Energy turns into money (BTC/BCH) or local power.

Global export: Mining sells energy as crypto worldwide.

Local sale: Miners could flip it back to raw electricity.

Energy for sale: How much power could BTC vs. BCH offer?

Key Insights:
BTC’s might: Massive hashrate = huge energy pool.

BCH’s slice: Lower hashrate, less juice up for grabs.

Export value: BTC’s dominance makes it a bigger “energy currency.”

Theoretical max: What each chain’s energy could fetch.

Why Watch:
See BTC and BCH as energy markets, not just coins.

Grasp the scale of their “electron liquidity.”

Join Hashpower Academy to weigh BTC vs. BCH energy stakes—watch now and rethink crypto value!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin or Bitcoin Cash involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin or Bitcoin Cash.

#bitcoinetf
#BCH
#BitcoinCash
#BTC
#Crypto
#Hashrate
#Mining
#Energy
#BitcoinMining
#BCHMining
#Blockchain
#CryptoEnergy
#ElectronLiquidity
#EnergyMarket
#CryptoValue
#MiningPower
#BTCvsBCH
#CryptoTech
#EnergyExport
#BlockchainEnergy

Video Transcript:

hello there and welcome to the hash power Academy this is where we talk about anything and everything related to bitcoin and its underlying infrastructure network of Technologies and commodities today’s topic is the electron liquidity of Bitcoin now that is not a typical term referred to bitcoin and I’ve used it in a financial context of liquidity but for a particular reason and the only way we can understand it is by comparison so we’ve got two examples here of the Bitcoin Network and its Network hash rate the amount of compute power out there Bitcoin miners plugged in producing hash rate to find the next block of BTC and also the Bitcoin cash blockchain which is much smaller with its tick ticker symbol bch so the first key takeaway here is that bitcoin’s hash rate online is about 250 times larger than Bitcoin cash and Bitcoin cash came about in 2017 from a a little bit of a debate in the Bitcoin space as to whether we should have Big Blocks or smaller more constrained blocks so that the fee Market is a bit more competitive shall we say um but that’s for a different discussion the the topic of today electron liquidity that is to say that well how much energy is available in each Network to sell locally on the grid and Bitcoin being the significant amount of hash rate we’ll start there I’ve used the conversion efficiency of the average mining machine at 20 Jews per terahash now if you know your units an ex aash is a million terahash so we can multiply this into megawatt and it’s roughly [Music] 17,000 megawatts that is approximately the amount of energy right now trying to produce about that much hash rate to produce Bitcoin and I’ve got the conversion here as well and for Bitcoin cash multiplying by 20 it’s about 68 megaw that’s quite a fundamental difference this is the equivalent power of 171 gwatt nuclear power stations that’s a massive country’s worth of energy and this is barely one mining site and so there is a significant scale difference there so click clearly we can say that the electron liquidity of Bitcoin is significantly larger because if you were a Bitcoin miner and you had a mining site of 20 megaw your Opex your how much you’re spending in real time on energy is 20 megawatt hours roughly and the amount of Hardware asset you have the capex you’ve got about one xash of Hardware that’s consuming that 20 megaw to produce that one ex hash and you’re earning about 6 of a Bitcoin per day now if you was to send that one x a hash into Bitcoin cash you would significantly increase the hash rate of this chain and dilute the amount of Revenue that you would be earning significantly because you would raise the difficulty adjustment and if you add your 1 exra hash to bitcoin well you not diluting much at all you would slightly incrementally increase uh hash rate but that would be represented in your in the pace of how many blocks you’re Mining and so firstly the contribution being increased in each different network well you would cause less disruption on the Bitcoin side but you’ve got less probability of going for finding a block so you’d probably join a mining pool to get more regular payouts but here may you’d be uh you’d be be earning nearly a quarter of the blocks and um that may be convenient but you would be diluting the amount that you could possibly earn and the key takeaway here on the other side is well if you were plugged into either either network if you sold uh you switched off one xash from Bitcoin cash you’d be switching off onethird of the network hash rate and slowing blocks down significantly but if you Switched Off Your 20 megaw 1xa hash on this side you would barely be a drop in the ocean of the amount of energy available to be sold on local grids and that’s what’s key that’s that’s what is of fundamental importance here because if 20 megaw of power can be consumed to produce an x 1 x aash and exported to the internet to issue Bitcoin per you know per exra has per day well that’s a good amount of money on the consumption side but if the local grid will buy the power for more than this amount per day why would you mine you could switch the machines off and sell the energy back to the grid and the whole point is here that your your capacity your ability to use energy gives you those two options you’ve got the power contract because you can consume the energy and when the price on the price on the grid goes really high higher than this in a day you have two different options to push and pull you can consume the energy and turn it into digital money or sell the energy and buy the digital money and this sort of dynamic is what’s going to come in the future on the the aspects of Bitcoin as a unit of account because right now the perception of a quantity of Bitcoin is dollar IED we understand this as a certain amount of dollars and energy is also dollarized but you can cut the dollar out of both and electricity and Bitcoin now have a direct pricing system and it’s all through compute power but the representation of how much compute power is within each different blockchain in this example signifies how much energy is available available to be sold and it also represents essentially the security budget the amount of compute dedicated to each different blockchain both different chains are regulating blocks to about 10 minutes and so the difficulty adjustment here is going to be 250 times higher than here and that means that the the ability to crack into blocks and uh be a bad actor so to speak uh it’s 250 times harder on this side of things all of these things come into fruition but that long-term trajectory of that ability to sell power back to the local grid is of fundamental importance in anything you learn about Bitcoin from the energy and compute layers you can go and learn everything about the financial side of Bitcoin from all different people but here we’ll delve into everything to do with compute and its relationship to energy and Finance on both sides this is why we call it the hash power Academy I hope I hope you enjoyed thank you for listening like subscribe All That Jazz and I will see you in the next one goodbye

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Bitcoin BIP's and Miner Signalling | Hashpower Academy

Bitcoin BIP’s and Miner Signalling | Hashpower Academy



Welcome to Hashpower Academy, where we decode Bitcoin’s evolution. In “Bitcoin BIPs and Miner Signalling,” we explore how miners greenlight developer-driven upgrades like SegWit and Taproot.

What’s Covered:

BIPs explained: Bitcoin Improvement Proposals—devs’ blueprint for change.

Miner signalling: How miners vote with hashrate to lock in upgrades.

SegWit saga: BIPs 141, 91, 148—miners’ slow signal, then 100% consensus.

Taproot tale: BIPs 340-342—Speedy Trial, 90% signal, smooth rollout.

Layer 2 boost: SegWit and Taproot power Lightning and beyond.

Key Insights:
Signalling mechanics: Miners add bits to blocks—90-95% seals the deal.

SegWit’s fight: Miners resisted, then flipped—scaled BTC via soft fork.

Taproot’s win: Fast consensus—privacy, scalability, smart contracts.

Core devs’ role: Propose, refine, test—miners just signal the go.

Why Watch:
See how devs and miners sync to shape Bitcoin.

Grasp SegWit and Taproot’s game-changing impact.

Join Hashpower Academy to unpack BIPs and miner signalling—watch now and master Bitcoin’s upgrades!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#BIPs
#MinerSignalling
#SegWit
#Taproot
#BitcoinDevs
#BitcoinCore
#CoreDevs
#Layer2
#BitcoinCore
#CryptoDevs
#Blockchain
#BitcoinUpgrades
#DevConsensus
#LightningNetwork
#SmartContracts
#BTCDev
#CryptoTech
#BitcoinMining
#ProtocolChanges
#DecentralizedDev

Video Transcript:

hello there and welcome to another video from the hash power Academy this one goes in a bit of a different direction focused on the particular people and entities and functions of different areas of the network for example the Bitcoin miners producing their commodity of hash rate signals to the Bitcoin developers introducing Bitcoin Improvement proposals now for example segwit in 2017 changed the Bitcoin blockchain so that block space was more optimized and available but it required 95% of the miners and their compute power to signal for that change to be made otherwise the network would have literally forked and split and it’s the same with tap rot for about 90% of the miners having to have consensus in 2021 with their compute power and the blocks that they mind that they wished for this Bitcoin Improvement proposal to go through and interestingly enough different people of the network fit in different areas you got the miners the pools the developers and their nodes and Bitcoin the assets money and Hardware wallet manufacturers and all these sorts of things and energy sector side down here and yeah there’s all different people working in different areas of the Bitcoin network but it all coordinates and works together and truly the the mathematical steps all the way through are the best way to to learn hope this was interesting see you in the next video goodbye

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100TH per kW is Insane! | Bitcoin Mining Education

100TH per kW is Insane! | Bitcoin Mining Education



Welcome to Hashpower Academy, where we rethink Bitcoin mining. In “100TH per kWh is INSANE,” we flip the script on mining efficiency with a mind-blowing metric.

What’s Covered:
Mining efficiency: Usually Joules per Terahash (J/TH)—aka “fleet efficiency.”

New angle: Divide J/TH by 1000W (kW) for hashrate per kWh.

Hashrate per kWh: Measures output (TH) against energy input (kWh).

Why 100TH/kWh? Shows insane efficiency in real cost terms.

Energy costs: Compare hashrate to what you pay per kWh.

Key Insights:

J/TH: Public miners love it—fleet efficiency sounds cool.

TH/kW: Simpler—hashrate per energy unit cuts the fluff.

Efficiency edge: Higher TH/kW = more BTC for less power.

Cost clarity: Ties mining output directly to your electric bill.

Why It Matters:
100TH/kW isn’t just a number—it’s a game-changer.

Master this to see mining profitability like never before.

Join Hashpower Academy to decode 100TH per kW—watch now and rethink mining efficiency!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#BitcoinMining
#PublicMiners
#FleetEfficiency
#MiningCompanies
#Hashrate
#JoulesPerTH
#MiningMetrics
#Efficiency
#BitcoinMiners
#MiningStocks
#EnergyEfficiency
#THperkWh
#MiningOperations
#BTCProduction
#MinerProfits
#MiningTech
#PublicMining
#BitcoinFleet
#MiningCosts
#CryptoMiners

Video Transcript:

hello there and welcome to the hash power Academy today’s topic is a mining 101 um understanding of efficiency so I have three different types of microchip efficiency so you can think of it as the s9s of last year’s cycle uh the s21s sort of thing is this cycle and the new ones that are going to come out soon um at 10 jewles per terahash so that’s the amount of electrical cost versus hash rate output and this hash rate performance is what’s paying you Bitcoin so if you’ve got three different machines that use one or twice as much or three times as much um energy cost to produce the same hash rate output well this one’s going to have an energy bill that’s half for this machine and this one’s going to have the energy bill of these two machines combined so the reason why efficiency is so important is because your physical computer is not gaining any Jewels per terahash efficiency unless you’ve modified the software a little bit but you’re still physically constrained as a network the the Bitcoin Network as a whole the difficulty adjustment is going up but behind that in the veil behind difficulty efficiency is going down the Jews per terahash is going down but the more interesting interesting way to understand these efficiency conversions which could also be considered the fleet efficiency if you look at the public mining stocks is to actually flip it the other way around think energy is charged and rated based on kilowatt hours or megawatt hours for this we’ll use kilowatt hours so 1,000 Watts th000 oh missed a zero 1,000 Watts bad handwriting uh this machine that uses 10 jewles to produce a terahash of compute well th000 divided by 10 that is this machine is going to be producing 100 terahash per kilowatt you see how it’s the other way around because we’ve divided the conversion rate of efficiency by 1,000 which is the rate of energy cost 20 jewles per terahash over a th000 that’s 50 terahash per kilowatt and this one 30 3.3 ter per kilowatt and that is probably a more clearer way to understand that the same one kilowatt hour of energy cost to you through three different machines the least efficient machines producing the least amount of hash rate per per kilowatt the mid gen machine 50 trash per kilowatt and the latest gen is making now double 100 terahash per kilowatt which if you think back in history to all the different older versions of machines this is an insane metric but it’s more understandable to see okay the amount of hash rate per kilowatt is going up as the jewels per terahash efficiency is going down and that driving down of uh efficiency uh in jws per terahash that is of fundamental importance because what it’s doing is the microchip Innovation Vector compute is one branch of the network and the production of energy and all our different energy sources and nuclear fishing and nuclear fusion even that’s another vector and microchip technology is one branch and energy technology is another they build this playing field of abundance that many bit coiners like to talk about but the the microchip technology use case of energy and the actual velocity and volume of energy as that second Vector those are the axes in which Bitcoin comes off as that third axis in terms of Dimensions shall we say but yeah I hope this was a different sort of insight as to looking at the efficiency or Fleet efficiency of Bitcoin Miners and as I said if you flip it the other way around you’ll understand how much hash rate per kilowatt that different efficiency levels are are earning cuz what you can do is you can now multiply that by the amount of Bitcoin per terahash per day and divide it by 24 and you get the Bitcoin per kilowatt hour and that would be a direct comparison between your electricity bill per kilowatt in dollars and the amount of Bitcoin that you earn per per kilowatt which you can also dollarize you can remove the dollar from both and just have an exchange rate of uh electricity to bitcoin quantity but that is Bitcoin unit of account economics for another topic I hope this was interesting I hope you enjoyed like subscribe share

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HOW Bitcoin Reaches $1 Million | Hashpower Academy

HOW Bitcoin Reaches $1 Million | Hashpower Academy



Welcome to Hashpower Academy, where we break down Bitcoin’s path to the top. In “How Bitcoin Reaches $1 Million,” we explore what drives BTC’s price—and its real value.

What’s Covered:
Price vs. value: Premiums soar, but mining production sets the floor.

Mining: Energy and effort create Bitcoin—value rooted in work.

Bull markets: Hype takes off—$1M becomes possible.

Crypto trends: How the market fuels BTC’s rise.

MicroStrategy: Cycling Share price premium into more BTC per Share value.

Price premium: Bull runs push BTC/USD 4-8x beyond its production cost.

Mining value: Every coin costs energy—$1M reflects overvalued territory if the network cannot keep up.

Finance & stocks: MicroStrategy and others stack sats, lifting demand.

Market fundamentals: Supply cap + adoption = explosive potential.

Why It Matters:

$1M isn’t just a dream—it’s math meeting mania.

Understand mining and markets to see Bitcoin’s climb.

Join Hashpower Academy to see how Bitcoin hits $1 million—watch now and master the fundamentals!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#BTC
#Crypto
#BitcoinPrice
#Mining
#BullMarket
#Finance
#Stocks
#MicroStrategy
#BitcoinMining
#MarketTrends
#Investing
#CryptoMarket
#BTCValue
#FinancialMarkets
#BitcoinFuture
#CryptoInvesting
#StockMarket
#Bitcoin1Million
#MarketFundamentals
#CryptoFinance

Video Transcript:

hello there and welcome to the hash power Academy today’s topic is how will Bitcoin get to a million dollars and in some senses how will it sustain that sort of price without it being a blowoff top and crashing back down what would actually sustain a multi-million dollar bitcoin price and that is to say that we need to understand what is the hot air underneath the Bitcoin price and the second step down from price is production and that’s the direction that we’re going to take this of understanding that difference between the exchange rate of Bitcoin from electricity Bitcoin mining and Bitcoin to Dollar which is this million doll price and every single cycle the production cost which is aggregated by the difficulty adjustment which is the amount of hash rate coming online and the amount of block Rewards the amount of Bitcoin per day being distributed to that entire pole of compute power of that entire deployment of miners all across the planet and these pieces are important because it’s understanding what is underneath this dollar to bitcoin price premium because that’s what bitcoin’s purchase price is it’s a premium you’re logging into a platform and clicking a button to acquire your Bitcoin but a minor is deploying energy and compute infrastructure scar scaling it up and it’s very technical electrical and there’s lots of financial frictions to that in terms of scale of economy and all those pieces come into play but the key gist of this conversation is to say well if we look at previous Cycles when the price of Bitcoin shot up and we had bull market peaks in when looking back what was the production cost at that time and typically it’s about four to eight times production so the price of Bitcoin would rise to a point in which miners were producing at one4 to 1/8 of the of the market price and so if we suggest that same Dynamic here well if the price of Bitcoin were to shoot way above that even 10 times production the production cost of bitcoin for the average Miner on the network would have to be about 100K which is about double from what it is today so that would be suggesting that if there’s not too much change with the fee Market and uh the efficiency of compute probably does improve it continually improves over time but essentially hash rate would have to double for us to reach a sensible price of Bitcoin even being 10 times production the network right now would have to double in size the amount of hash rate deployed which is an insane number the the the complexities of doubling the network underneath versus the comp complexities of bitcoin’s price doubling well price doubles a lot more easier than scaling out energy infrastructure Transformers switch gear and all the other pieces related to the infrastructure and the red tape and the power contracts and it goes on and on and on and yeah to to have a sensible uh price to production ratio the Bitcoin um production cost average for the total Network would have to be about 250k which should be about here so imagine that one let half it half it again I’m being sensible though that’s one two three four there we go that’s insane the network would have to double quadruple ax it’s not feasible and that feasibility of how much hash rate would have to come online in reference to the Bitcoin price it would mean that the price would be trading at an insane value if the hash price right now uh under under 80k can be about 10 cents of Bitcoin per kilowatt well that price going to a million miners would be earning a dollar per kilowatt and buying five cents of Bitcoin if they’re buying the energy at 5 Cent a kilowatt and started crazily earning a dollar per kilowatt for every $1 of electricity that they spend they would be earning $2 of Bitcoin in return that is a lot of hot air and I like to call it hot air because that would suggest that the price has a long way down to go because what we see every single cycle is the price of Bitcoin typically um have its bare Market where it just Trends all the way down down to about the production cost where say uh a portion of the network reaches a point where they’re switching off their machines and at those crucial moments when hash rates coming offline the difficulty adjustment comes down a couple weeks later and those are the most crucial moments to be buying Bitcoin so it’s not just about the point in which you sell but it’s about your acquisition cost that’s more fundamental to the majority of people looking to uh buy Bitcoin and never sell which is a completely different topic that would be very interesting to discuss next I hope this was a different sort of video another way to visualize this price to production comparison would be that if a miner is spending say $100 on their energy and a healthy peak of a ball Market of a typical Asic that’s consuming that power and that’s their monthly bill peak of the full Market they should be earning about $400 so that that direct comparison between how much their monthly cost is to power that machine versus the monthly output of Revenue you can multiply that up to the price of Bitcoin to get your your production cost of Mining and just like the new versions of iPhones continually come out the most efficient mining machines are the most expensive the least efficient the least expens expensive and what it does is it creates an entire scale of different production costs for different Miners and then also you would include if you’re dollariz it you would include the price of energy as well and so what you get is this entire range of maybe a bell curve of different efficiencies and energy prices all coming together so that when the price does drop from these crazy Heights um yeah you’ll see hash rate coming offline if it reaches points of unprofitability but what’s most interesting about these points in time is those crucial moments where others are switching off the the volume and the quantity essentially of Bitcoin being distributed from the global monetary Network to the local mining level well if other miners are switching off that’s the moment to be mining to accumulate a greater quantity of Bitcoin because it’s a difficulty adjustment comes down retrospectively you’re going to start earning more SATs at those crucial prices because when price deviates really high as a multiplier from production there’s too much premium related to the Bitcoin and when bitcoin price is trading close to production when the dollar to Bitcoin exchange rate is close to the energy to Bitcoin exchange rate that is when the most value is within that purchase so it’s almost like the psychology of going into the supermarket when you see your favorite thing on a discount it’s time to buy it and when it’s really expensive um yes it could go higher but you know trading psychology gets the better of most people I hope this was an interesting video I’ll do some more price videos but I’m going to give it a mining and hash rate and energy sort of twist so that it’s different to all the other weird and wonderful price predictions out there that have no substance of discussing these underlying fundamentals as part of you know the importance of you need something to compare this price too because price is just arbitrary and it’s a premium and as I said Michael sailor’s got shares of Bitcoin and he Cycles the uh the share premium into more Bitcoin as its value layer but miners do the same because they’re nuts they cycle dollar to bitcoin premium into to more computer hardware to produce more Bitcoin and raise the production floor so the next time you you meet a Bitcoin minor you give them a big hug and thank them for plugging their machines in because it’s raising the value of your Bitcoin and in another video we will discuss that the Haring is actually the doubling which is to say that if subsidy Cuts in half and your energy bill stays the same and now you’re only getting $200 a Bitcoin where your production cost just doubled so the Haring for miners is actually the doubling but that’ll be for another video I hope this was interesting like subscribe all that fun stuff and I’ll see you in the next one goodbye

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The Physics-Maths & Finance of BTC | Hashpower Academy

The Physics-Maths & Finance of BTC | Hashpower Academy



Welcome to Hashpower Academy, where we unravel Bitcoin’s core. In “The Physics, Maths, and Finance of BTC,” we dive into the science and systems driving the world’s top crypto.

What’s Covered:

Physics: Energy powers Bitcoin—mining turns watts into coins.

Maths: Compute solves the puzzle—hashpower secures the network.

Finance: BTC redefines money—value backed by work, not trust.

How they connect: Energy fuels compute, compute creates finance.

Bitcoin’s brilliance: A system balancing all three.

Key Insights:
Energy: Every block needs real-world power—physics sets the cost.

Compute: Math keeps it fair—difficulty adjusts the challenge.

Finance: 21 million cap ties value to scarcity and effort.

Unified design: Satoshi baked these laws into BTC.

Why It Matters:
Bitcoin’s not just digital—it’s a physical, calculated economy.

Understand this trio to grasp BTC’s true strength.

Join Hashpower Academy to decode the physics, maths, and finance of BTC—watch now and see Bitcoin’s foundation!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Energy
#Compute
#Finance
#Crypto
#Mining
#Blockchain
#Physics
#Maths
#Money
#Hashpower
#Power
#Tech
#Investing
#Economy
#EnergyUse
#Computing
#FinancialTech
#BTC
#CryptoMining

Video Transcript:

hello there and welcome to another episode from the hash power Academy this is where we discuss anything and everything related to bitcoin and its underlying Network and fundamentals of physics maths and finance and that is exactly the topic of today that is to say that the entire Bitcoin Network can be extrapolated into three core areas of energy compute and finance that is the producer and commodity of energy energy systems such as solar wind Hydro gas coal what do they all produce they all produce the same fungible commodity of electricity and it’s of fundamental importance to the 21st century so let’s just put kilowatt hours here microchips Hardware the technology aspects of compute power what does it all produce whether it’s your CPU GPU or Asic the the timeline the lifespan of these sorts of machines is quite shortlived but the The Innovation curve is continually accelerating to make denser and denser microchips is it important that we have microchip technology in the 21st century it’s a fundamental importance and in the context of Bitcoin it produces this processing power we call sh 256 hash rate and these sorts of things we all can condense down to a performance of Terra hases a trillion bhes per second these are the these are the units and the time time aspects in relation kilowatt hours and teres per second and Bitcoin in of itself Timeless monetary units produced by energy and compute the unit of account now these three core Commodities have their technologies that produce them energy hard infrastructure compute hardware and the blockchain where Bitcoin comes from and what you get is this Dynamic that the energy energy technology is producing energy Bitcoin mining is consuming that energy and in the process it produces hash rate and the Bitcoin blockchain is essentially consuming that hash rate and what does the Bitcoin blockchain do it issues every block a certain amount of subsidy of Bitcoin into circulation until the full 21 million units of Bitcoin are are produced in 100 plus years from now for the full Supply to be issued and what do people do with Bitcoin when they transfer it they pay a fee so there is an aspect of consumption of their Bitcoin and that is the first utility use case of Bitcoin now what you get is this flowing series of energy and finance connected through a communication system of compute compute in fact is that bridge between the two worlds and it’s the reason I called it the hash power Academy and yeah all of these different pieces have a fundamental physics underneath this isn’t all arbitrarily connected through just Finance it’s through physics Finance justifies its initiation from humans creating and building all of this stuff and connecting it all together but it’s the physics that make it all work so let’s just run through the physics examples so we produce power kilowatt produce kilowatt hours transfer of that power over time we convert that power uh into hash rate and that conversion is considered jewles per terahash so as those electrons run through the microchips performing trillions of hash functions a second so we measure it in teres per second as mentioned and all of that compute power is being compared to the entire Collective compute power and the Bitcoin software is looking at how much uh compute power is producing blocks proof of work as a way of regulating its own time series so other people refer to the Bitcoin blockchain as a Time chain because it has these aspects of regulating the energy input to produce blocks which changes the rate of time that blocks are produced and the difficulty adjustment constrains energy and time and the rate of blocks being mined comput space it’s all weird and wonderful but we’ll take it through the mathematical series and what can essentially be boiled down to as the individual side of this versus the collective network is the amount of Bitcoin that you can earn per terahash per day so this this all encompasses the amount of Bitcoin you’ll be earning with your hardware and your electrical consumption to prove your work and the majority of people are sending their compute power and selling it to a mining pool at roughly the same rate and there’s all different payout options for this but that’s not the topic of today’s video so the output here is obviously BTC and the consump side is per virtual bite if you uh do want to spend it and so you’ve got settlement space in the world of global Finance connected to local energy production and transfer of energy through compute power in the middle so energy compute and finance all interconnected with hard hardcoded physics a computer is powered by energy producing Brute Force compute power to crack the next block in the chain and instead of attacking the network it’s paid to protect the network in in essence because the collective compute power is what creates the difficulty adjustment if 10% more hash rate comes online then roughly the difficulty adjustment raises by 10% this constrains the rate of issuance of Bitcoin per block and so all of this uh physics has a maths example that we can run through and a finance example that it’s connected to so let’s take you through the maths example first let’s just say you run one kilowatt you want run one kilowatt hour through a computer with say 20 Jew per terahash of conversion efficiency and you’re producing a certain amount of hash rate we’ll get to this in a minute and you’re going to be earning a certain amount Bitcoin uh which provides you also a certain amount of block space if you’re producing your own blocks so one kilowatt is 1,000 Watts divided by 20 so you get 50 terahash so you’re you’re buying say 1 kilowatt hour of energy converting it into 50 trashes of compute power through the computer and your 50 terahash is currently being compared to a Global Network of roughly 800 milli million terahash so you’re getting uh 50 shares of 800 million shares shall we say as an easy way to understand it of the global rate of Bitcoin issuance which is the amount of blocks per day as the as the rate of issuance and if you’re in a mining pool they’re just going to sell you that Bitcoin at a certain amount of Bitcoin per terahash today per day and yeah you’re going to get a quantity of Bitcoin on the other end but uh we could show this example in a very small minuscule not amount of Bitcoin or we can run through it in a more finance and dollarized World which will last for now but let’s run through a normal example let’s say you that one kilowatt hour you’re buying at 5 Cent so .05 and that’s costing you that is your cost your energy input and you’re converting it through a machine mean that if it’s 20 Jews per terahash it’s probably too much but I’m going to use $20 as the example $20 per terahash but you’re producing 50 terahash of compute um and well you’re essentially converting it into say well the amount of Revenue per terahash per day hash price we can consider that about uh 5 Cent I [Music] believe 5 Cent per terahash per day so if you’re producing 50 you’re uh you your your 5 cent of energy is producing 50 ter of compute and 5 Cent a day if I get my lovely calculator actually I believe that’s about 10 cents per kilowatt a day so your your Revenue rate your Revenue rate is about not 10 cent of Bitcoin per kilowatt per day and so yeah essentially $ of electrical bill is generating you $2 of Bitcoin so if you divide that uh that’s half so you’ve got a production cost of say bitcoin’s $80,000 and production cost you have is $1 of energy makes you $2 a Bitcoin well it means that $40,000 of electricity will make you a $80,000 Bitcoin so your production cost in this example is $40,000 of energy to produce a Bitcoin but you’ve also got the cost of the machine or per terahash in this example and those are the sorts of financial decisions that a minor makes but they’re basing it all on a mathematical physical underlying framework and that’s a bit as to how the economics of mining work that you’ve got this flow series of energy connected to finance and the different companies behind this would be the energy sector the energy sector utilities but the energy sector mining Hardware so Miners and the miners um using different Networks protocols polls um so you got mining polls here and um well energy and Miners and pools and where does Bitcoin typically flow into exchanges so you’ve got this sort of vertical integration from the farm to the farmer’s market essentially platforms because the the reserves on exchanges are actually in continual Cline and it’s a fixed Supply scarce monetary unit produced from energy so the producers are going to have some form of duopoly with consumers and the the physics the maths and the finances it all flows through and if you want to learn about all these different pieces this is a very broad video if you want to learn about all the pieces I recommend you go to www.ash power. academy and on there you will go go through a course where I have module one energy module two grids and electricity module three hardware and the heat that they produce module four is networks and hash power module five is blockchain and data which is what Bitcoin is it’s data money and Bitcoin and finance so you will learn about Bitcoin as money last we learn it in mathematical order run through the the uh the physics well run through the physics and the maths and then we go through the financial stuff and when you finally reach bitcoiners money fixed Supply 21 million units scarce asset that’s going to go to a million dollars and all these other weird and wonderful Financial topics if you’ve understood all of the fundamentals you’ll understand Bitcoin in a way that no one else will and that would just be invaluable knowledge for you and the decision making that you want to make cuz for example if you’re producing 10 cents of Bitcoin per kilowatt with a 5 Cent electrical input 50% is your production margin if the price of Bitcoin were to double right now you’re now going to be earning 20 cents so your production cost of five against your 20 cent per kilowatt so now your production cost is 25% and can you notice that how if the price goes too high above production that percent percentage gets smaller you can use your production uh cost percentage as a gauge as to how much to say DCA buy Bitcoin whether it’s through the electrical bill or just using the information between the gap between price and production as a very good buying indicator because the Bitcoin to dollar exchange rate is a premium Financial premium to buy Bitcoin and you’ve not done anything to do with compute and electricity to acquire it you just exchanged dollar backed by Nothing by Bitcoin that’s backed by compute and electricity versus yeah the production flaw the intrinsic conversion that Satoshi Nakamoto used he didn’t log into a platform and buy Bitcoin he exchanged energy into Bitcoin so if you want some more of these sorts of videos let me know comment below like subscribe and I will see you in the next video goodbye

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European Energy Security | Bitcoin Education

European Energy Security | Bitcoin Education



Welcome to Hashpower Academy, where we connect Bitcoin to real-world impact. In “European Energy Security,” we uncover how Bitcoin could reshape Europe’s energy and financial landscape.

What’s Covered:
-War & security: All tied to access to money and energy capacity.
-Bitcoin’s role: Creates abundant money (BTC) and energy (mining).
-European power producers: Sell energy directly, skip citizen subsidies.
-Energy abundance: Mining BTC boosts production without tax reliance.
-Security boost: More energy and wealth mean stronger nations.

-Key Insights:
-Money & energy: The backbone of every conflict—Bitcoin fuses them.
-Power producers: Turn surplus energy into BTC, not handouts.
-Europe’s edge: Decentralized energy sales via Bitcoin mining.
-No subsidies needed: Producers profit, citizens keep cash.

Big Picture:
Bitcoin isn’t just crypto—it’s a security strategy.

Europe could lead with energy-driven Bitcoin wealth.

Join Hashpower Academy to see how Bitcoin powers European energy security—watch now and rethink the future!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Europe
#NorthernEurope
#Renewables
#Bitcoin
#Energy
#Brussels
#EuropeanUnion
#Crypto
#GreenEnergy
#energypolicy
#NordicCountries
#Security
#BitcoinMining
#EU
#SustainableEnergy
#EuropeanEnergy
#RenewablePower
#Finance
#Decentralized
#EnergyFuture
#EuropeanPolicy

Video Transcript:

hello there and welcome to the hash power Academy my name is Jake scander and today’s topic is going to delve into European energy security and that is in tandem with European energy policies and I’m going to take you through the context of why Bitcoin is of fundamental importance in relation to these two discussions it’s quite close to home I care about Europe um and I think it’s in absolute shambles the the duopoly of energy and Finance is of fundamental importance to everyone because when it comes to Net Zero and the subsidizing of new sources of power versus the hundreds and 100e plus history of our industrial base based on high carbon High control power sources and the move to low control lowcar carbon power sources and the benefits and the drawbacks that they both bring but in the context of energy security Europe has a dependency on oil and gas and it comes from sources that may be in contradiction to our energy security policies so where should we go with this let’s go back in history on a gold money standard the cost of War could be defined in a price of gold and every time you look at the history of warfare the price of gold drops because the cost of war is a lot of energy and thus a lot of money and in Modern Warfare times it seems to be that the value of currency seems to drop at the times of war and it’s because essentially the Fiat money system allows decision makers at the top to hide the cost of War through inflation so everyone suffers higher prices blame it on energy when it’s actually the money in the middle that is the accounting trick that steals everyone’s purchasing power and the reason why I’ve brought Bitcoin into this discussion is because if everything to do with Warfare and your ability to defend yourself is in the context of your access to energy and monetary resources and Bitcoin is a system of connecting local energy to Global Finance through computation well it deserves its weight in digital go in part of that discussion so let’s just go through some examples here if you produce power at 5 cents per kilowatt and you can run it through a computer that just needs energy and an internet connection like when you rush in the house and you connect to the Wi-Fi and plug your phone in well Bitcoin as a network is demanding transactions to be settled and those transactions are settled on the blockchain by the production of compute power through the consumption of a computer Bitcoin mining Hardware which requires electricity and Bitcoin mining has been deployed across grids and off-grid everywhere across the planet on every grid on the planet and this is because it just needs electricity and an internet connection for local energy producers anywhere in the world to export their energy onto the inter internet it sounds all weird and wonderful but that’s just the hard brass tax physics of how this network works and that is to say that if you have these volatile power sources such as solar wind and hydro that only produce power in certain times of the day or may be stranded in location because where it’s really wet really windy um or really sunny not really much Europe those areas may not be where civiliz ation live and so the physical constraint of moving power to cities and in in industrial bases that can be challenging as well because no one wants huge transmission lines across their backyard so to speak and so if you have this solution of plugging computers locally to these sorts of sources you have a buyer of energy that can move anywhere and any time that is that is because you can always monetize energy any time because there is always a block of Bitcoin to be mined so timing is not a problem in terms of the availability of power anywhere it’s because all you need is the computer to have the power input locally and an internet connection globally and this is of fundamental importance because as I mentioned energy security when it comes to the context of warfare and security is that you need an access to a lot of power and a lot of resources and Bitcoin as a system is an incentive to build more power production sources because there is a guaranteed buyer of the energy anywhere anytime you do not have physical constraints to turn the energy into money so you can rotate the money into building more energy production and as we increase the supply of energy in any particular location or country well it’s going to reduce the price that means that transportation is easier that means production and Manufacturing bases can produce things at a greater volume because the money purchases more and that relation between energy and money is so fundamental in terms of security the Russia Ukraine war has brought a wider context as to what the Modern Warfare landscape is going to look like it’s World War I with drones sadly it’s a a war of attrition you just Brute Force push your resources to the front and push back against the others and the advancements that Europe has had on the technology front of warfare highly Advanced systems missiles drones and tanks well when a 5 million euro tank could be blown up by a little fpv drone the play the playing field starts to change and you need to start thinking of of your ability to produce drones at volume and that production process is going to require a lot of energy and if energy has a cost derived in money you need some form of system to continually incentivize the buildout of energy production infrastructure and that’s exactly what Bitcoin does because you have a guaranteed buyer of energy that will consume the power to monetize it at 10 cents a kilowatt well if the price of the energy goes above that the miners will switch off so that’s more Supply to that local grid whilst demand is high and if the price of energy drops because it’s really windy it’s really wet and it’s somehow really bright at the same time high supply low demand of power well then you’ve got something that can consume that margin between buying it and monetizing it at 10 cents and this sort of duopoly that relationship ship that you’ve got a buyer and seller of energy that works opposite to the stability of the Grid in terms of when the price is going to the upside there is too much Demand versus Supply and then you’ve got a consumer of energy releasing Supply back to the Grid or you’ve got the price of energy going down which is there’s too much supply of energy not enough demand and so you need a buyer of energy a consumer of energy to step in and soak up all that EXT access cheap power and what does Bitcoin mining do it buys power low sells it high that’s the business model Buy Low sell high buying electricity consuming it into money and that context of a gold money standard is something of a historical precedent that energy and money are fundamental to any form of security framework and so you’ve got different regions that have different power sources all across Europe and if you have the introduction of computers which also produce heat well then you’ve got other costs being reduced in different areas of the economy if that’s not worth its weight in discussion uh to energy Security in Europe I don’t know what is and there’s several other pieces to this such as the communication systems of a storage space for data the blockchain storage space that’s going to remain permanently online that is only updated by The Brute Force cracking of the next block in the chain so you have a source of Truth where control actions of say drones I I do believe that there’ll be a path in which um entire swarms of drones are coordinated and communicated to one another through some form of compute framework so that they cannot be hacked into based on external uh cyber security attack vectors that is to say that if they have a way of communicating with a blockchain and the only way that they they read and understand that information is to be hardwired to communicate only through the blockchain just in the way that Bitcoin is data units on the blockchain and it’s only communicated in movement and settlement based on the proof of work of energy being consumed what these sorts of pieces do is bring about and more Modern Warfare world that neutralizes threats through moving our power projection into the Cyber domain but that will be a topic for a different day all the different Northern regions of Europe have such great opportunity for power monetization because the the process right now especially with Net Zero is that Europeans pay for renewable to be built through subsidies which essentially a subsidy is subsidizing the business to remain profitable and Contin continually build but other businesses are not getting subsidized like that that a a business that sells energy should make their money selling energy not subsidies to allow them to remain profitable and so what Bitcoin offers as a network is a monetize monetization engine in which Renewable Power sources and all other alternative power sources they they grow and expand and build out that supply of energy infrastructure that we need in Europe based on a buyer of energy allowing that Capital rotation between energy and finance instead of subsidies of your money allowing them to just remain profitable there’s so much to this but I hope this video provides some other sorts of insights as to the fundamental importance of bitcoin’s underlying infrastructure and how it can truly help Europe not just with the Three core Commodities but with carbon accounting from energy production sources the heat output of these computerss because energy is neither created nor destroyed and all the sort of block space and money that is going to be based on electricity because the interesting thing about Bitcoin is that the cost of production the amount of kilowatts to produce one Bitcoin is going up forever because Bitcoin is a database of 21 million units fixed in Supply and a continually growing amount of hash rate and electricity trying to produce those units and so the pricing system between say one Bitcoin and a certain amount of kilowatt hours is continually increasing and as I mentioned if the price of the energy goes higher than the rate of Revenue that you can consume the energy into Bitcoin well then the the miners will switch off and sell the power back to the grid and they are comparing a quantity of Bitcoin to a quantity of money that they can sell for and so there is a new pricing system of energy and Bitcoin and so if you think of it the other way around if the the amount of kilowatts to produce a Bitcoin is continually going up and there’s an exchange rate within there put it the other way around if you’re holding a Bitcoin it continually allows you to buy more kilowatt hours from the miners and the more miners you deploy across Europe you now have an asset that not only converts into dollars but converts into electricity at an ever increasing rate essentially an increase in purchasing power literally I hope this was interesting I hope you enjoy if you’ve got any comments let me know um and there’s other different topics related to this subject that I’d like to delve into so give me your thoughts give me your feedback back like subscribe all that fun stuff and I’ll see you in the next video goodbye

Watch on Youtube!

/by
Energy-Space TimeChain! | Bitcoin Education

Energy-Space TimeChain! | Bitcoin Education



Welcome to Hashpower Academy, where we decode Bitcoin’s deepest layers. In “Energy-Space TimeChain,” we explore the three pillars powering the Bitcoin network and how they redefine the internet.
What’s Covered:
Bitcoin’s core commodities: Energy (powering miners), Compute (hashpower), Finance (value transfer).

Three tech domains: Energy (electricity), Space (network nodes), Time (block intervals).

The Energy-Space-Time trio: How they sync to secure Bitcoin.

Difficulty adjustment: A genius rule tying energy, space, and time into a stable internet framework.

Why this matters: Bitcoin’s not just money—it’s a new digital physics.

Key Insights:
Energy fuels the network—mining turns watts into wealth.

Space spans the globe—nodes keep it decentralized.

Time locks it together—10-minute blocks, forever predictable.

Difficulty adjustment: Adapts energy use to keep time and space in balance.

Big Picture:
Bitcoin’s tech redefines internet rules beyond finance.

A timeless structure for a decentralized future.

Join Hashpower Academy to see Bitcoin as more than crypto—watch now and grasp the Energy-Space TimeChain!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.
#Bitcoin
#Crypto
#Energy
#BitcoinMining
#Blockchain
#Compute
#Finance
#TimeChain
#DifficultyAdjustment
#CryptoTech
#Decentralized
#Hashpower
#BitcoinNetwork
#TechInnovation
#CryptoFuture
#EnergyUse
#SpaceNodes
#BitcoinTime
#CryptoFinance
#InternetRules

Video Transcript:

hello there and welcome to another episode from the hash power Academy today’s topic is energy space and time well this is basically an image of uh well a drawing of a zoomed out perspective of the Bitcoin Network and structuring all of the core components of the Bitcoin Network economic energy ecosystem in a structure around energy space time now that may sound cliche but I feel that it provides people with a clear and Broad understanding of how this system stays alive basically and that is to say that producing power is fundamental to all things related to society producing microchips is fundamental to all things in society having a place where transactions and trade and commerce can be settled and secured where enemies can communicate that is fundamental to society and so you got these core technology areas and three core Commodities in between and the flow of energy is clockwise and the flow of Bitcoin is somewhat anticlockwise and let’s run through the pieces we produce power we transfer it across electrical grids we consume it in Bitcoin mining Hardware and we send all of that uh compute power into the digital world compute power is the Wormhole between the physical side and the digital side and what is Hash power producing it’s producing blocks and those blocks are storage space for transaction information Bitcoin data money and the blockchain is well a series of blocks being regulated by space and time and each block is being added by a proof of work which is based on energy and so the difficulty adjustment has a mirror image of energy space and time from The Real World into the digital world I like to refer to the difficulty adjustment as the sort of uh bitcoin’s laws of bitcoin’s physical laws essentially that if blocks are produced too quickly it raises the difficulty adjustment to ensure the the pace of time between each block is about 10 minutes and this is important because if twice as much hash rate comes online without some form of difficulty adjustment blocks wouldn’t be every 10 minutes they’d be every 5 minutes which means that the Bitcoin Supply would be issued twice as fast there’ll be twice as many blocks of data storage space which constrains the amount of settlement that happens in per 10-minute basis roughly and this is important because the fee Market works to a bid a price of priority based on well the best analogy I can provide actually is um block space is like an elevator and everyone’s transactions is are a line of people waiting to get into the elevator and there’s only so much space for a certain amount of transactions in the elevator and nfts are much larger people than the rest and uh all those sorts of things but basically the elevator comes roughly every 10 minutes and ding the doors open because a minor has proven and found the next block in the chain and everyone that gets into the elevator pays the minor the fee to uh get in and go to the settlement layer one A different sort of concept shall we say but overall to sort of build this mental model of all the different subject fields of Bitcoin in a framework of energy space and time as as much as that may sound cliche um it just provides a much broader perspective to know how all the pieces of the jigsaw puzzle fit together because then you can go and learn and deep dive everything to everything to do about producing energy it transferred across electrical grids hardware and the heating systems that are going to be developed and mini miners that are going to be deployed in in people’s houses um District heating systems say in northern Europe where the wasted energy from these mining machines is run into pipes into homes under the under the road and maybe the sidewalks sorry I sound a bit Americanized and um yeah network communication systems being setting up set set up um mesh Nets and all those sorts of things compute power in itself is uh currently being hotly debated as a uh as a security protocol for sort of national Strategic Defense which delves into a completely different realm of things and the blockchain oh my God that is a subject within itself that expands into all different layers and topics and the whole point of this is all of these pieces expand off in their own directions and they are they are their own subject Fields with Professionals in all the different areas and last but not least Bitcoin as money and the financial sector the bit that people are focused on the most and people like to say things such as uh one Bitcoin is one Bitcoin that’s like saying xal X yals Y um I think a better perspective is well the comparison of the fixed Supply 21 million units versus the amount of energy in the system or the amount of hash rate because those are the two strings being pulled in relation to the unit of account economics on this side of things and well as you can see the producers of Power are the supply consumers of Power are the miners hashrate is the supply to produce blocks and the demand for blocks is well adding adding blocks to the chain that’s the mining pools and there’s a few Dynamics where the professionalism of this branch has created this environment where not so many people are Solo Mining and uh polls are essentially people just selling their hash rate to somebody who collectively groups it all together and um probabilistically finds more blocks in reference to a whole pool of compute so it is some aspect of centralization of the issuance power of Bitcoin um but there are solutions to come different prospective um mining pools that are more decentralized focused and focused on ensuring that templates of the transac actions within each block is more on a decentralized focus and that’s the key takeaway here we want all of these core components of the network as decentralized as possible the more the network expands this economic energy framework the more it expands within itself and and the multiplication of itself not just this expanding but multiple versions and duplications um because I I think this this the core components of producing power consuming it into compute and network communications to the blockchain those are the three sort of core components of U the network staying alive it’s fundamental everything here that you see is fundamental to the survival of Bitcoin I think that’s enough for today I hope you enjoyed this video it’s a bit it’s a bit more Broad in context but like I I said every piece of this has its own direction to study so if you have any questions let me know like subscribe all that fun stuff and I will see you in the next video cheers

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The Ultimate Bitcoin Buying Strategy | Hashpower Academy

The Ultimate Bitcoin Buying Strategy | Hashpower Academy



Welcome to Hashpower Academy, where we simplify Bitcoin for you. In this video, “The Ultimate Bitcoin Buying Strategy,” we reveal how to get BTC smartly—culminating in a Satoshi-inspired twist.

What’s Covered:
Buying Bitcoin on exchanges: Quick but costly with spreads and fees.

One-off purchases: Big buys, big risks—hidden spreads (costs) add up.

Dollar-Cost Averaging (DCA): Steady, but fees nibble at your stack.

Spreads & fees: How they erode your Bitcoin over time.

The ultimate strategy: Mining Bitcoin directly—like Satoshi did—converting electricity into BTC, bypassing dollar-to-BTC trades.

Why It Matters:
Exchanges charge you for convenience—mining cuts the middleman.

Satoshi didn’t buy BTC with dollars; he exchanged Electricity into Bitcoin.

Control your costs and own the process with mining.

Takeaway:
Learn the pros/cons of each method.

Discover why mining electrical bills could be your best Bitcoin on-ramp!

Join us at Hashpower Academy to master Bitcoin buying—watch now and rethink how you stack sats!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Crypto
#BitcoinMining
#BuyBitcoin
#CryptoInvesting
#DCA
#BitcoinStrategy
#MiningBTC
#CryptoMining
#BitcoinExchange
#Investing
#Finance
#Satoshi
#CryptoTrading
#BitcoinPrice
#Blockchain
#CryptoTips
#BitcoinWallet
#MiningPower
#CryptoFinance

Video Transcript:

hello there and welcome to another episode from the hash power Academy my name is Jake scanland I’m the lead educator here and this channel is to provide you with anything and everything you’d want to know about Bitcoin and The Wider digital asset space in the context of Bitcoin and it’s called the hash power Academy for a particular reason because compute power sits as that bridge between the world of energy and the world of finance of tomorrow and this topical video of today is related to the ultimate Bitcoin buying strategy and that is to say that the majority of people their experience with Bitcoin and digital Assets in general is to log in a platform and exchange their dollars or their you know bank transfer of you know stable coins all these sorts of things they exchang them into Bitcoin and pay a fee and kyc andl and all these other frictions and well that’s not the way that Satoshi Nakamoto the original creator of Bitcoin that’s not the way that he generated his Bitcoin or acquired it he produced it he exchanged electricity into compute power into Bitcoin and Bitcoin mining is something that a lot of people haven’t ever tried but this video is more an explanation as to the perspective of how you can acquire Bitcoin in a DCA method without any fees and it’s not actually the mining itself you can produce Bitcoin as a yield but it’s the electrical bill this is where it gets interesting so let me just roll you through an example a brand new Asic right now will earn you about $500 worth of bitcoin right $500 lovly jubly and you’ll probably have an electrical bill in a hosted mining setup of about $200 all right now you are confronted with a problem with two outcomes you either pay that electrical bill by selling some Bitcoin and the whole topic of this is about buying it so you don’t want to sell it the other option is you essentially set up a $200 a month DCA by paying the electrical bill with Fiat you are effectively keeping your $500 a Bitcoin instead of selling and keeping the 300 and so you are acquiring Bitcoin without fees because you’ve already mined it and the compliance health of the Bitcoin is really good because it’s not come from an exchange that all different Bitcoin from all different places has landed in your wallet no it’s Bitcoin that has been freshly mined whether you use the mining pool or maybe something like ocean mining uh where the block is split into all the different wallets well yeah you have a buying onramp a Fiat to bitcoin onramp through electricity instead of through an exchange so you’re living the same experience that Satoshi did before the dollar to Bitcoin exchange rate occurred and these sorts of things are only understood by those that take the effort to delve into the educational side of bitcoin’s wider underlying Network that is electricity into the hardware producing compute power making the Bitcoin blocks and adding them to the chain and producing Bitcoin as a yield now I’m not saying to delve into Bitcoin mining I’m saying learn about it because this is an example of a single computer that you could Prov you could get from a typical hosted mining setup but the interesting part here is yes you’re getting the three 00 a month of Bitcoin yield against the price of that machine but you’re also getting the 200 a month buying on ramp a DCA without fees and one of the most important things about investing is not so much the price that you sell it’s all about the price that you acquire because the majority of people have the plan of never selling their Bitcoin so the only ability they have to increase the efficiency of not putting $100 in and getting 9 $99 of Bitcoin out with a fee or a spread from an exchange is to acquire it in a method that supports the network secures the network and yeah you’re getting freshly mined Bitcoin so you could have it land straight in your Hardware wallet and you are interconnected with all the different aspects of Bitcoin if you want to learn more about Bitcoin mining and all the other bits of the network and how they all connect together I recommend you take a look at this channel how hash power Academy hash power being that compute commodity in the middle between electricity and Bitcoin and they represent the Three core Commodities of the network I hope you like this video please subscribe and I hope you come for the next one enjoy

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What Will NEVER Change About Bitcoin? | Hashpower Academy

What Will NEVER Change About Bitcoin? | Hashpower Academy



Welcome to Hashpower Academy, where we dig into the enduring truths of cryptocurrency. In this video, we’re exploring ‘What Will Never Change About Bitcoin.’ In a world of constant tech upgrades—AI, fusion, renewables—Bitcoin stands apart with qualities etched in stone. We’re not talking price or hype here; it’s about the unshakable foundations that keep Bitcoin ticking, no matter what the future holds.

Our mission is to educate and empower, and today we’ll uncover the constants at Bitcoin’s core: its reliance on energy and compute power, the fixed 21 million supply cap, and the decentralized network of nodes that defy central control. We’ll dive into how Bitcoin’s proof-of-work ties it to real-world physics—energy isn’t just a cost, it’s the bedrock of its security. From mining’s hunger for power to the blockchain’s immutable design, these are the timeless traits that no tech revolution, from fusion to AI, can rewrite. We’ll break down why these fundamentals matter and what they mean for Bitcoin’s staying power.

At Hashpower Academy, we’re here to spotlight what lasts in a fast-changing world. In this video, we’ll unpack Bitcoin’s unchangeable essence, rooted in energy, technology, and decentralization, and show why it’s built to endure. Welcome aboard, and let’s discover Bitcoin’s timeless truths together!

Financial Disclaimer:
This video serves educational and informational purposes only and should not be construed as financial advice or investment recommendation. The views expressed are those of the presenter and do not represent Hashpower Academy’s official stance. Information is provided ‘as is’ without warranties, express or implied, as to its accuracy or completeness. Engaging with Bitcoin involves high risk, including potential financial loss, market volatility, and energy costs, and is suitable only for those who can bear these risks. Always conduct your own research and consult with a qualified financial or technical advisor before making decisions related to Bitcoin.

#Bitcoin
#Crypto
#Blockchain
#Energy
#BitcoinMining
#Technology
#Compute
#AI
#Fusion
#Renewables
#CryptoNews
#BitcoinEnergy
#Decentralized
#Nodes
#Timeless
#Cryptocurrency
#TechTrends
#MiningPower
#BitcoinFuture
#Hashpower

Video Transcript:

hello there welcome to the hash power Academy in today’s video we will be talking about what will never change in relation to bitcoin and that’s not just Bitcoin the asset the the money sitting in say a digital wallet of yours but that’s Bitcoin and its Network because the only way that your Bitcoin is moving to the next wallet and the accounting of the information of your transaction being added to the blockchain well all of those sorts of pieces are only going to occur if bitcoin’s underlying network is still operational and and functioning as it does today and even throughout the history of Bitcoin from the basics of the white paper to the point in time where you could produce your own Bitcoin blocks store your own Bitcoin transactions and add them to the meole through your own node and well the ownership of Bitcoin in a wallet all three functions of re write and own used to be in the same laptop and then mining got harder and then we developed different the chains such as liquid and lightning and all other different variations and read write and own have expanded into their own different Industries but what has fundamentally not changed is that core functionality that blocks are added to the blockchain because compute power is being produced by Bitcoin miners with their Hardware and that Hardware requires electricity to demonstrate its proof of work a computer not plugged in sitting in its box is not producing hash rate it’s not producing blocks but when the com com the combination of electricity and compute Hardware combined well that’s proof of work demonstrated and an internet connection so that Trifecta of network communications compute and electricity those are The Three core functionalities that keeps Bitcoin ticking along block by block and so what we can truly uh summarize as the sort of key takeaway here to begin with is well you need energy compute and networking so essentially energy and compute and the the communication between the two and those three core functions are everything to do with how we produce electricity everything to do with how we produce Compu and of course every different aspect of Bitcoin on the blockchain and those three sectors of energy compute and finance they are exploring their own different directions expanding into many different Industries and Technologies and yeah there’s countless different topics we can delve into just with the production of electricity whether it’s renewable non-renewable power um the different types of power such as renewable which is more dependent on the availability of the Sun or the wind or the amount of water flowing through the hydrop power Dam or more controllable power and high carbon such as fossil fuels uh gas power station Coal Power stations it’s endless all of these different uh energy technology areas are all producing the same fungible commodity electricity and Bitcoin mining Hardware it has its own history of being the basics of people using CPUs to mine Bitcoin all the way to as6 and the complexities of different cooling systems to make the chips last even longer with less thermal damage all of these sorts of things come into fruition but again the same fundamental process that as the technology layer for the commodity innovates in its own Direction same with the energy technology layer they are accelerating nuclear fusion will come next and all these sorts of things but again the same commodity produced as the output is fungible and that fungibility operates in three layers the Bitcoin blockchain being produced by all this compute power that’s continually uh accelerating its efficiency within itself well everything to do with the microchip supply chain is getting closer and closer to a new phase such as photonics because we are hitting chip density limits when it comes to transistors but again what will never change is the production of compute power to Brute Force find the next block in the chain as more compute power joins the network the difficulty adjustment continues to increase and again pushing to find the next block in the chain it produces the same thing a fungible data money we call Bitcoin and so the question becomes well what will never change about Bitcoin coin it’s the Three core Commodities of electricity hash power and Bitcoin as the scarce 21 million fixed Supply monetary unit and energy and compute will be expanding underneath whether it’s the dollarized world of energy or still the dollarized world of compute um and that will say transition maybe onto a Bitcoin unit of account with things um but the continual expansion of energy compute would be an unrelenting non never changing sort of thing when it comes to looking say a thousand years into the future I think that we might even reach a point that someone will be harvesting the entire energy output of a sun uh not this one hopefully because Earth will probably be a mother planet um but there will be a time thousands of years in the future where someone’s harvesting the energy of a son to mine Bitcoin um or yeah that that would be an interesting point in time for them to look back and watch this video and see uh if if that’s accurate but yeah those are the things that will never change about Bitcoin but what will change is the underlying Technologies and the complexities of the use of energy transfer through these layers of electrical en energy bit power maybe and Bitcoin in of itself that um energy comput and finance are fragmenting and expanding in their own directions everything to do with uh as I mentioned nuclear fusion potentially and other energy sources that we that we that we develop um in relation to compute power the parallel for Bitcoin mining compute power is AI compute power but if Bitcoin can monetize the energy with a pricing system for that energy well that pricing system will probably the Bitcoin to energy pricing system will probably be the one that’s used by AI because it’s because Bitcoin is a natively digital form of money which means that the AIS can sort of natively communicate with it whether it’s AI agents or all these other sorts of things hope that answers the question um I hope this was an interesting video if you liked it drop a comment throw me a question if you want a different sort of topic that you’d like me to cover I would like to cover it thank you for listening goodbye

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