Lesson 8 of 10

Common Misconceptions About Bitcoin

Crime, energy, volatility, Ponzi, bans: five myths tested against the data, with the kernel of truth conceded and the rest dispatched honestly.

Imagine This

You're at the Thanksgiving table. The conversation has wandered into politics, then markets, then somehow to Bitcoin, and your uncle, who is not a malicious person and reads more news than most people at the table, says, "I just don't get it. Isn't it mostly for criminals? And doesn't it use as much electricity as a country? And isn't the whole thing about to crash?" Three objections in one sentence. Each one has the texture of common sense. And in the moment, you don't have a clean answer.

If you've been there, you're the audience for this lesson.

Most of what gets said about Bitcoin in dinner-table conversations and cable-news segments was true once, has become measurably less true every year, or was never quite the story people thought it was.

We're going to walk through the five objections you'll hear most often, in roughly the order they come up: Bitcoin is for criminals, Bitcoin wastes energy, Bitcoin is too volatile to be useful, Bitcoin is a Ponzi scheme with no intrinsic value, and governments will eventually ban it. Each one earns its persistence from a real foundation. The Silk Road existed. Mining uses real electricity. The price really is volatile. Governments really have tried to ban it. Pretending otherwise is how you lose the audience in the first paragraph.

So we won't pretend. For each myth, we'll do three things in order: state what's true about it, show what the data actually says today with sources you can verify, and let you draw the conclusion. The case for Bitcoin doesn't need to be inflated, it just needs to be told accurately, in language that respects the skeptic enough to engage with their actual concern instead of a strawman of it.

The Permanent Confession

A Real Story: The Bybit Hack, February 2025

On February 21, 2025, North Korean hackers from the Lazarus Group emptied roughly $1.4 billion out of the cryptocurrency exchange Bybit. It was the largest theft in the history of cryptocurrency, bigger than Mt. Gox, bigger than FTX, bigger than any heist on a traditional bank that year.

Within twenty-four hours, blockchain analytics firms had attributed the addresses to North Korea, traced the laundering attempts through Tornado Cash forks and cross-chain bridges, and published the full address list publicly¹. Within thirty days, an estimated sixty-five percent of the stolen funds had been frozen by exchanges or rendered unspendable through industry-wide flagging².

The largest theft in cryptocurrency history could not be cleanly laundered. The blockchain told on the thieves before they could finish counting.

The myth, in its usual form: "Bitcoin is for criminals, that's the whole point." It's the most common objection because it has the longest history. The Silk Road dark-web marketplace ran on Bitcoin from 2011 until the FBI took it down in 2013. Ransomware gangs preferred Bitcoin for years. North Korean state actors steal it. None of that gets pretended away here.

What's changed is the data. And what the data shows now is that the criminals, to the extent they ever loved Bitcoin, have been quietly moving off it.

Where the Numbers Actually Land

The most-cited source for crypto crime statistics is Chainalysis, the industry's largest blockchain forensics firm. Their 2025 mid-year update has the headline number: in 2024, illicit cryptocurrency activity totaled roughly $40.9 billion, which is about 0.14 percent of all on-chain volume³. That's down from 0.34 percent in 2023, and it has fallen for four consecutive years. Bitcoin's specific share of illicit volume is now under 0.05 percent of Bitcoin transaction volume⁴.

That's the first number. The more interesting one is where the crime did go.

The Crime Moved: Just Not to Where You'd Expect

In 2024, roughly sixty-three percent of all illicit on-chain transaction volume was denominated in stablecoins, predominantly Tether (USDT)⁵. Not Bitcoin. The criminal economy made a deliberate migration off Bitcoin in the late 2010s and early 2020s, and the reason is straightforward: Bitcoin is too traceable. Every transaction sits on a public ledger forever. Stablecoins, which run on different rails with different freeze and traceability properties, became the preferred vehicle. The full picture on stablecoins and altcoins gets covered in Lesson 1-9.

The point for this lesson: even within cryptocurrency, "Bitcoin is for crime" became "Bitcoin is increasingly not for crime" as criminals voted with their addresses for something less visible.

And once you zoom out from cryptocurrency entirely, to the broader economy where most crime actually happens, the comparison becomes lopsided in a way that rarely gets named. The United Nations Office on Drugs and Crime estimates that two to five percent of global GDP is laundered through the traditional banking system every year, somewhere between $800 billion and $2 trillion⁶. The recent fines tell the story by themselves. HSBC paid $1.9 billion in 2012 to settle charges that it had laundered money for the Sinaloa cartel⁷. Danske Bank's Estonian branch processed roughly $200 billion in suspicious transactions between 2007 and 2015, mostly from Russian and ex-Soviet sources, in a scandal regulators across multiple countries are still untangling a decade later⁸. Wells Fargo settled for $3 billion in 2020 over systematic fraud against its own customers⁹. Deutsche Bank has paid out billions in repeated AML settlements, with new actions still being filed.

In both nominal and percentage terms, fiat currency is the dominant rail for global crime by a wide margin. Bitcoin's 0.14 percent illicit share is roughly thirty times smaller than fiat's worst-case 5 percent estimate, and the gap has been widening every year for the past four. That isn't a coincidence. It's a structural property of a permanent, public ledger.

The Receipts

The other side of "Bitcoin is good for crime" is a track record that says otherwise. A short, very incomplete list of investigations where the blockchain itself broke the case: the FBI's 2013 seizure of roughly 144,000 BTC from Ross Ulbricht's Silk Road wallets¹⁰; the Department of Justice's February 2022 recovery of $3.6 billion in Bitcoin stolen from the Bitfinex exchange in 2016, at the time, the largest financial seizure in U.S. history, with the funds sitting on the blockchain the whole time, waiting to be traced¹¹; the April 2022 takedown of Hydra, a coordinated U.S.–German operation that seized servers and roughly $25 million in Bitcoin from what was then the world's largest darknet marketplace¹²; and the Bybit recovery already mentioned above.

Compare this to a $20 bill that changes hands in a parking lot. The cash transaction has no record at all. The Bitcoin transaction has a receipt that exists for as long as the network does, which, given the rest of this course, is going to be a long time.

"If Bitcoin were the criminals' money of choice, the criminals are remarkably bad at choosing."

– Nic Carter, Castle Island Ventures

The crime didn't go away. It rarely does. It moved to a different rail. And the rail it moved to wasn't Bitcoin, it was stablecoins inside crypto, and traditional banks and the cash economy outside of it. Bitcoin's blockchain is a permanent confession that criminals have read carefully and concluded they want no part of.

¹ Chainalysis, "Bybit Hack: Lazarus Group Attribution and Tracing Update," February 2025, chainalysis.com. ² TRM Labs / Chainalysis joint reporting, March 2025, recovery and freeze rates for Bybit-stolen funds at the 30-day mark. ³ Chainalysis, 2025 Crypto Crime Mid-Year Update, July 2025, total illicit volume and percentage share. chainalysis.com. ⁴ Chainalysis, 2024 Crypto Crime Annual Report, Bitcoin-specific illicit share has fallen for four consecutive years. ⁵ Chainalysis, 2025 Crypto Crime Mid-Year Update, stablecoin share of illicit on-chain volume. ⁶ United Nations Office on Drugs and Crime, ongoing money-laundering global GDP estimate, unodc.org. ⁷ U.S. Department of Justice press release, December 11, 2012, HSBC deferred prosecution agreement for AML failures, including Sinaloa cartel laundering. ⁸ Danske Bank Group, Report on the Non-Resident Portfolio at Danske Bank's Estonian Branch, September 2018; subsequent regulatory follow-up through 2024. ⁹ U.S. Department of Justice press release, February 21, 2020, Wells Fargo $3 billion settlement for sales-practice misconduct. ¹⁰ FBI press release, October 2013, Silk Road founder Ross Ulbricht arrest; subsequent forfeiture filings detail Bitcoin recovery. ¹¹ U.S. Department of Justice press release, February 8, 2022, "Justice Department announces largest financial seizure in its history." ¹² U.S. DOJ and German Federal Criminal Police Office joint statement, April 5, 2022, Hydra Market takedown.

The Buyer of Last Resort

A Real Story: A Bakken Oil Field, North Dakota

Drive across the Bakken oil basin in western North Dakota at night and you'll see the flares. Wells produce oil, that's the asset they were drilled for, but the gas that comes up alongside it has nowhere to go. The pipelines are full or don't exist. The local market is too small to absorb it. So the operator burns it off in a tower of fire visible for miles.

Burning the gas is better than venting it raw, because raw methane is roughly eighty times more potent as a greenhouse gas than CO₂ over a twenty-year horizon¹. But burning it is still a waste of energy that could have done something useful, if there were a buyer.

Crusoe Energy is the buyer. They installed roughly 270 modular data centers at North Dakota, Wyoming, Montana, and Texas wellsites that capture the flare gas, run it through generators, and use the electricity for Bitcoin mining. The estimated CO₂-equivalent emissions reduction through 2024: 4.7 million metric tons, comparable to taking about a million cars off the road for a year².

The myth, in its usual form: "Bitcoin uses as much electricity as a small country, and most of it is dirty." The first half is roughly true. The second half stopped being true years ago. And the framing on top of both, that this energy is somehow wasted, gets the relationship backward.

Let's take the kernel first. Bitcoin's annual energy consumption sits in the range of 175 to 185 terawatt-hours as of early 2026, according to the Cambridge Centre for Alternative Finance's January 2026 update³. That's real electricity. About 0.6 percent of global electricity production. We're not going to pretend it isn't.

What's more interesting is what the energy is doing, where it's coming from, and what it does to the rest of the grid.

What the Energy Actually Buys

Bitcoin's hash rate, the total computational work being done by miners worldwide, sits at roughly 840 exahashes per second⁴. That number is meaningless without context, so: it represents the largest, most expensive cryptographic network in human history. Every block mined is roughly ten minutes of that computational firehose pointed at a single math problem, and the result is a transaction record that no government, corporation, or coalition of either can rewrite. The energy buys a level of monetary integrity that has no historical precedent.

For comparison: global data centers consumed about 460 TWh in 2024 and are projected to roughly double by 2030 because of AI⁵. AI training and inference alone hit roughly 140 TWh in 2025 and is growing more than 30 percent per year. Gold mining consumes 240 to 265 TWh. The traditional banking system, branches, ATMs, data centers, employee commutes, is estimated at roughly 260 TWh, though the methodology is contested. American residential clothes dryers use about 108 TWh. None of these get called wasteful in the same breath.

Mining Pays for the Wires

The bigger argument, bigger than methane, bigger than the renewables percentage debate, is what mining does to the rest of the energy system. Mining is the buyer of last resort: the buyer who shows up when no one else will, which is the only thing that justifies building generation in places where it's needed but not yet profitable.

Ethiopia is the cleanest example. The Grand Ethiopian Renaissance Dam came online in stages through the 2020s with more hydroelectric capacity than the country's grid could absorb. Most of the power had no buyer. In 2024, Ethiopia signed agreements making it one of the fastest-growing Bitcoin mining countries on earth, using that previously stranded hydro to generate revenue that funds rural electrification⁶. Power that had nowhere to go now has somewhere to go, and the wires that deliver it reach further into the country than they otherwise would.

El Salvador runs the same play with geothermal energy from active volcanoes. State-owned LaGeo operates Bitcoin mining at geothermal sites, contributing meaningfully to global hash rate while monetizing energy that would have been throttled or wasted⁷. In Texas, miners buy curtailed wind and solar at hours when no one else wants it, giving renewable developers the steady offtake contracts they need to build new capacity in the first place.

The pattern: mining doesn't compete with existing demand. It shows up in the places and times where energy would otherwise be stranded, flared, or curtailed, and turns it into useful work. The wires get built because there's a buyer at the end of them, and once the wires are there, hospitals and schools can plug in too.

The Load That Turns Off When the Hospital Turns On

The third move is grid stabilization, and it has the cleanest data behind it.

In August 2024, Texas was hit by a record-breaking heat dome. The state grid operator, ERCOT, instructed Bitcoin miners to curtail operations during peak demand. Miners shut down up to 2.4 gigawatts of load, equivalent to powering roughly 480,000 homes, and received compensation through ERCOT's ancillary services markets⁸. Texas avoided rolling blackouts. Across all of 2024, Bitcoin miners on ERCOT curtailed 1.6 TWh, enough to keep the grid stable through the worst of the summer⁹.

No other industrial load on earth can do this. A factory cannot turn off in seconds without ruining a production run. A data center cannot turn off in seconds without disrupting cloud services. A hospital, obviously, cannot turn off at all. Bitcoin mining can, instantly, programmatically, every time. That makes it the single most flexible large-scale demand on any grid where it operates.

Bitcoin mining isn't competing with hospitals for electricity. It's the load that turns off when the hospital turns on.

"If Bitcoin disappeared tomorrow, the world would not save 175 terawatt-hours of electricity. The grids would lose their largest demand-response participant. The flared gas would still be flared. The stranded hydro would still be wasted."

– Daniel Batten, sustainable-energy researcher

The renewables share inside Bitcoin's energy mix, depending on which methodology you trust, falls somewhere between 52 percent (Cambridge CBECI) and 63 percent (Bitcoin Mining Council)¹⁰. Pick the lower number and the argument still works, because the argument was never really about the fuel mix. It was about whether the energy is doing useful work. The methane that would have been vented, the hydro that would have been throttled, the wind that would have been curtailed are now doing useful work. That's the answer to "Bitcoin wastes energy", not the renewables percentage, but the direction of impact.

¹ EPA, Understanding Global Warming Potentials, methane is approximately 80x as potent as CO₂ over a 20-year horizon. epa.gov. ² Crusoe Energy Systems, 2024 Sustainability Report, wellsite data center deployment and cumulative CO₂-equivalent emissions reduction. ³ Cambridge Centre for Alternative Finance, Bitcoin Electricity Consumption Index, January 2026 update, ccaf.io. ⁴ Hashrate Index (Luxor) and mempool.space, Bitcoin network 7-day average hash rate, April 2026. The HTML version of this lesson updates this number live. ⁵ International Energy Agency, Electricity 2024, global data center consumption and projection to 2030. iea.org. ⁶ Reuters and Bloomberg coverage of Ethiopia's 2024 Bitcoin-mining agreements, stranded hydro from the Grand Ethiopian Renaissance Dam as primary input. ⁷ El Salvador LaGeo geothermal mining program, public reporting on hash-rate contribution from volcano-sourced geothermal, 2024–2025. ⁸ ERCOT, 2024 Annual Demand Response Report, peak curtailment by large flexible loads during August heat dome. ercot.com. ⁹ ERCOT 2024 ancillary services market data, total energy curtailed by Bitcoin miners across the year. ¹⁰ Cambridge CBECI January 2026 (~52% sustainable) and Bitcoin Mining Council Q4 2024 Sustainability Report (~63% sustainable). Methodology differs on classification of nuclear, off-grid renewable, and demand-response participation.

The Price of Admission

As of April 2026, Bitcoin sits at approximately $75,000, a roughly forty percent drawdown from the October 2025 all-time high of $126,198¹. Anyone who bought at the peak is presently underwater. The drawdown is real. The chart is the chart, and pretending otherwise loses the audience faster than anything else in this lesson.

The myth, in its usual form: "Bitcoin is too volatile to be useful as money." The kernel of truth is large enough to take seriously. Bitcoin is volatile, significantly more so than the S&P 500, more than gold, more than most large-cap stocks. We're going to walk through exactly how volatile, what's actually been changing, the one variable that has historically separated profitable Bitcoin holders from unprofitable ones, and the cycle-peak buyer for whom that variable broke this time around.

How Volatile, Compared to What

Bitcoin's annualized 30-day realized volatility hit roughly 35 percent in mid-2024, a multi-year low, comparable to many mid-cap stocks². It spiked to about 65 percent during the October 2025 run-up to the all-time high. As of April 2026, during the current drawdown, it sits near 50 percent. Volatility's long-term trend is downward, with cyclical spikes inside that decline; it has never gone away and probably won't soon.

For comparison, 2024 average annualized volatility for Tesla was around 55 percent. Nvidia, around 50 percent. GameStop, north of 80. The S&P 500, around 12. Gold, around 13. Bitcoin sits closer to a high-volatility individual stock than to a broad index, which is roughly what you'd expect for an asset that's still being repriced in real time as the world figures out what it is.

"Bitcoin is volatile because it is being repriced in real time as the world figures out what it is. The volatility is the search function. When the search ends, so will the volatility."

– Lyn Alden

The Variable That Matters: Time

The most useful frame for Bitcoin volatility isn't comparison to other assets. It's holding period. The probability of being underwater on Bitcoin is a function of how long you've held it.

Holding for one day, you have about a fifty-fifty chance of being down at any given moment. Holding for one year, you've had roughly a 35 percent chance of being down at the end of that year, historically³. Holding for four years used to be the magic number, every four-year window in Bitcoin's history had closed at a profit. Until this cycle.

The Record That Broke in 2026

For most of Bitcoin's history, anyone who held for at least four years was up. That is no longer strictly true. The November 2021 cycle peak printed at roughly $69,000. Bitcoin then drew down to about $15,500 through 2022, recovered through 2023–2024, hit a new all-time high of $126,198 in October 2025, and has since drawn down to approximately $60,000 at the deepest point of the 2026 dip⁴. The buyer who bought the absolute top tick of the 2021 cycle and checked their position at the bottom of the 2026 drawdown, roughly four-and-a-half years later, was modestly underwater. That is the first holding period of four years or longer in Bitcoin's history to close at a loss.

This is honest territory worth naming. Most four-year holders are still substantially up; the buyer of the absolute peak of the previous cycle, checked at the deepest point of the next one, is not. The "any four years and you're up" claim that was true through the 2024 cycle peak is no longer bulletproof.

And the cohort this applies to is narrow: the buyer who lump-summed at the absolute peak. Anyone who dollar-cost averaged across the same window, putting in a fixed dollar amount on a regular schedule rather than all at once, has an average cost basis well below today's price and is comfortably in profit. Lesson 1-6 covered DCA in detail; the cycle-peak buyer is the cleanest example of why it works.

That said, the comparison that matters is rarely "Bitcoin vs. zero." It's "Bitcoin vs. what I would have held instead." Cash held through that same November-2021-to-April-2026 window lost roughly 20 to 25 percent of its purchasing power to inflation, depending on which CPI series you trust⁵. The November-2021-peak Bitcoin buyer who is down ~13 percent in dollar terms is, in purchasing-power terms, ahead of the saver who held cash through the same period. The frame "Bitcoin is too volatile to hold" assumes the alternative is stable. It isn't. The alternative is being debased on a slower clock.

Why Bitcoin Is Volatile (and Why That's Slowly Changing)

The structural reason for Bitcoin's volatility is its perfectly inelastic supply. The April 2024 halving cut new issuance from 900 BTC per day to 450 BTC per day. The April 2028 halving will cut it again, to 225. No matter how high the price goes, no extra Bitcoin gets minted. No matter how low the price goes, supply does not contract. Every change in demand has to be absorbed by price, because supply cannot move.

That same property is the source of Bitcoin's hardness as money. The volatility and the scarcity are the same coin. You can't have one without the other.

What has been changing is the depth of the market. Spot Bitcoin ETFs launched in January 2024 now hold roughly $140 billion in assets across the major issuers as of April 2026, even with the price down 40 percent from peak⁶. Through the October-2025-to-April-2026 drawdown, the ETFs saw net outflows for about six weeks but never broke their cumulative AUM into negative territory. The institutions are not capitulating. The behavior is more consistent with strategic accumulation than with panic.

This is the first major drawdown in Bitcoin's history that has happened with institutional ownership at scale. The fact that the drawdown is "only" 40 percent, versus the 84 percent of 2018 and the 77 percent of 2022, is suggestive that deeper markets are dampening the worst of the cycles. That's the optimistic reading. The pessimistic reading is that ETF flows can amplify both directions, and the next bear market will test the institutions' patience as much as it tests retail's. Both readings have evidence; the data isn't long enough yet to settle it.

What Patience Has Bought

The data is unforgiving to short-term traders and historically forgiving to long-term holders, with the asterisk just named. Holding for five or more years has produced positive returns in every period of Bitcoin's history, including, very likely, for the November 2021 cycle peak buyer, once another year ticks by. That assumes the cycle pattern continues to hold, which is not a guarantee.

The honest summary, in a phrase Michael Saylor has said in some form or another a hundred times: volatility is the price of admission. You pay it whether you want to or not. The only question is whether you are positioned to wait it out. Anyone using leverage, anyone with a position large enough to threaten their solvency, anyone with a one-month time horizon, Bitcoin will punish all three. Anyone with a multi-year horizon and no margin call risk has, so far, been rewarded with the best-performing major asset of the past decade. That hasn't been bulletproof for every entry tick. It has been close.

¹ Bitcoin spot price history, October 2025 ATH ($126,198) and April 2026 reference price. Aggregated from CoinGecko, Coin Metrics, and exchange close data. The HTML version of this lesson updates the current price live. ² Coin Metrics, Bitcoin 30-day annualized realized volatility, 2020–2026. ³ Holding-period analysis derived from daily Bitcoin price history, January 2010 – April 2026; methodology is the percentage of N-day rolling windows that closed at a loss. ⁴ November 2021 ATH (~$69,044) and 2026 cycle low (~$60,000), Bitcoin daily close history. The first four-year-or-longer holding period in Bitcoin's history to close at a loss is the absolute peak Nov 2021 entry checked at the deepest 2026 drawdown. ⁵ U.S. Bureau of Labor Statistics, Consumer Price Index for All Urban Consumers (CPI-U), November 2021 – April 2026. Cumulative inflation in this window is approximately 20–25% depending on series and adjustment methodology. bls.gov. ⁶ Spot Bitcoin ETF aggregate AUM tracking, Bloomberg, Farside Investors, and issuer disclosures (BlackRock IBIT, Fidelity FBTC, Bitwise BITB, et al.), April 2026.

Just Weights and Just Measures

A Real Story: November 2022

On November 11, 2022, the cryptocurrency exchange FTX filed for bankruptcy. Roughly $8 billion in customer deposits had been silently funneled into the trading book of its sister company, Alameda Research, which used the money to make leveraged bets that didn't pay off. There was a central operator (Sam Bankman-Fried). There was opaque accounting. There were promised returns. The whole thing collapsed inside a week.

That same week, Bitcoin's network produced exactly the same number of blocks it had been producing for thirteen years, one approximately every ten minutes. The price fell from around $20,000 to $16,000 and kept falling for another month. But every transaction settled. No one rewrote the ledger to bail anyone out. No central operator declared an emergency, because there was no central operator.

FTX matched every criterion of a financial fraud. Bitcoin did not. The two events happened on the same screen at the same time, and that is the cleanest possible answer to the question of whether Bitcoin is a Ponzi scheme.

I had Bitcoin sitting on FTX that week. I got wind of the collapse early enough to move my coins off the exchange before withdrawals were halted, and I got lucky. Plenty of other depositors didn't, and their funds are still tied up in bankruptcy proceedings years later. The lesson I took from that week is the one this section is about: an exchange is not Bitcoin. An exchange is a company that holds Bitcoin for you (or not in this case), and a company can fail.

The myth, in two related forms: "Bitcoin is a Ponzi scheme, it only goes up because new buyers keep coming in," and "Bitcoin has no intrinsic value: it's not backed by anything." Both are fair questions. Plenty of things have called themselves money or investments and turned out to be schemes. The right way to handle both is the same: stop arguing about vibes and test the claims against definitions.

What a Ponzi Actually Is

A Ponzi scheme has a specific definition. The U.S. Securities and Exchange Commission's standard description includes the following elements: a central operator, promised returns, returns paid out of new investor inflows rather than productive activity, opaque or fraudulent accounting, and structural collapse when inflows stop¹. Every confirmed Ponzi in financial history meets all of those criteria.

Walk Bitcoin through them.

Central operator. Bitcoin has no operator. There is no Bitcoin company. No one can be arrested. No headquarters can be raided. The protocol runs on volunteer-operated nodes spread across thousands of jurisdictions, and changes to the protocol require near-unanimous consent across miners, node operators, and developers, a fact Lesson 1-3 walked through with the 2017 Block Size War. Even Satoshi Nakamoto, the pseudonymous creator, vanished in 2010 and never returned. There is no operator.

Promised returns. Bitcoin promises nothing. The price floats. The protocol does not pay interest, does not guarantee yields, does not advertise expected gains. Anyone selling you "guaranteed Bitcoin returns" is selling you a different product entirely, almost always a scam, and historically not a Bitcoin one.

Returns from new investor inflows. Bitcoin's price rises and falls based on the marginal buyer and seller, the same way every other freely traded asset does. There is no internal mechanism that pays existing holders out of new buyer money. New entrants do not deposit funds with anyone; they buy Bitcoin on an open market from someone who is selling.

Opaque accounting. Every Bitcoin transaction since January 3, 2009 sits on a public ledger that anyone can audit. The total supply, the issuance schedule, the mining rewards, every spend, all publicly verifiable. The opposite of opaque.

Collapses when inflows stop. Bitcoin has experienced multiple periods of total inflow collapse. The 2018 bear market took the price down 84 percent. The 2022 bear market took it down 77 percent. The current 2025–2026 drawdown sits at 40 percent and counting. Through every one of them, the network produced every block on schedule, the difficulty adjustment automatically rebalanced, and no central authority intervened, because there was no one to intervene².

Bitcoin meets none of the criteria for a Ponzi scheme. Every Ponzi in financial history has met all of them. The claim does not survive the definition.

"Intrinsic Value" Isn't a Thing

The second form of the myth is harder, because it points at something real. Bitcoin isn't backed by gold. It isn't backed by a government. It isn't backed by a productive enterprise that generates earnings. So what is its value made of?

"Gold is intrinsically worthless. So is the dollar. So is Bitcoin. Money is consensus, and Bitcoin's consensus is mathematical, voluntary, and verifiable."

– Saifedean Ammous, The Bitcoin Standard

"Intrinsic value" is a phrase that survives mostly out of habit. Strip away the consensus that anything is valuable and the value disappears. A bar of gold in a world where no one wanted gold would be heavy and shiny and worth nothing. A hundred-dollar bill in a country whose central bank had collapsed would be paper. The right question isn't "what is the intrinsic value of money?" It's "what properties make a thing useful as money?"

The classical list, repeated since Aristotle in some form, runs roughly: scarcity, durability, divisibility, portability, verifiability, and transferability without permission. Gold scores well on five of those. The dollar scores well on four. Bitcoin scores higher than either on all six³. Bitcoin's stock-to-flow ratio, the ratio of existing supply to annual new issuance, the standard measure of monetary hardness, sits at roughly 119 after the April 2024 halving, surpassing gold's ratio of about 62⁴. By that single metric, Bitcoin is now harder than gold.

The Dollar Has the Intrinsic-Value Problem, Not Bitcoin

The frame people usually want for "intrinsic value" is "compared to the dollar." So lets compare to the dollar.

The U.S. M2 money supply has grown from $4 trillion in 2000 to roughly $22 trillion in April 2026, a 5.5x expansion in 26 years⁵. Population growth in the same window: about 22 percent. The expansion of the money supply has dramatically outpaced the expansion of the underlying economy and population. Every new dollar dilutes every existing dollar, by definition. The dollar's "intrinsic value" depends on a system that explicitly debases it, and the rate of debasement is set by people whose job security is shorter than the average mortgage.

Bitcoin's monetary policy is set in the protocol. 21 million coins, ever, distributed on a known schedule that halves every four years. No one can change it without convincing every node operator on the network to switch software, which has never happened and which the 2017 Block Size War demonstrates is functionally impossible at any meaningful scale.

"You shall do no wrong in judgment, in measures of length or weight or quantity. You shall have just balances, just weights, a just ephah, and a just hin."

– Leviticus 19:35–36

"Diverse weights and diverse measures, they are both alike an abomination to the Lord."

– Proverbs 20:10

Leviticus is the command: just balances, just weights, no exceptions. Proverbs is the diagnosis: when there are two sets of scales in the room, the wrong one is already in use. Both verses are saying the same thing from opposite directions, and both apply directly to a money where one rule applies to the bank getting bailed out, another applies to the depositor whose savings lose 5 percent of their purchasing power every year, and a third applies to whoever happens to be politically out of favor that quarter. That is the precise opposite of what either passage is asking for. Bitcoin is one weight for everyone. Whether that is progress or threat depends entirely on which side of the existing scales you happen to stand on.

The Critics, on the Record

Paul Krugman, 1998: "By 2005 or so, it will become clear that the Internet's impact on the economy has been no greater than the fax machine's"⁶. Krugman has predicted Bitcoin's collapse in repeated New York Times columns since 2013. Bitcoin's market capitalization is approximately $1.5 trillion as of April 2026.

Nouriel Roubini, October 2018 Senate testimony: "Crypto is the mother of all scams and (now busted) bubbles"⁷. Bitcoin reached new all-time highs in 2021, 2024, and 2025.

Janet Yellen, 2021 confirmation hearing: Bitcoin is "highly speculative." 2024 testimony: "The asset class continues to mature... institutional involvement has changed the conversation"⁸. The U.S. government established a Strategic Bitcoin Reserve in March 2025.

Predictions age. The track record of the loudest "Bitcoin will fail" voices does not flatter them.

The choice the lesson is offering isn't "Bitcoin or the dollar." It's "the money I'm using right now is being debased on a schedule set by other people, and I have a choice about how much of my savings I leave inside that system." Some readers will conclude Bitcoin is the answer. Some will conclude they want a small allocation alongside other assets. Some will conclude they want to keep doing what they're doing. All three are reasonable. What isn't reasonable is the framing that the dollar is intrinsically valuable and Bitcoin isn't, when the math says otherwise.

¹ U.S. Securities and Exchange Commission, Investor Bulletin: Ponzi Schemes, definitional criteria. sec.gov. ² Bitcoin block-production history, every block since January 3, 2009 produced on schedule with no central intervention; the difficulty adjustment is automatic via protocol. Cycle drawdowns: 2018 (-84%), 2022 (-77%), 2025–2026 (-40% to date). ³ Vijay Boyapati, The Bullish Case for Bitcoin (2018, expanded 2021), comparative analysis of monetary properties. ⁴ Stock-to-flow ratios: Bitcoin post-April-2024 halving (~119), gold (~62). Standard reference: PlanB stock-to-flow analysis and World Gold Council annual mining production data. ⁵ Federal Reserve Economic Data (FRED), M2 Money Supply (M2SL) series, January 2000 – April 2026. fred.stlouisfed.org. ⁶ Paul Krugman, "Why Most Economists' Predictions Are Wrong," Red Herring, June 1998. ⁷ Nouriel Roubini, written testimony before the U.S. Senate Banking Committee, October 11, 2018, "Crypto is the Mother of All Scams and (Now Busted) Bubbles." ⁸ Janet Yellen, U.S. Treasury Secretary confirmation hearing, January 19, 2021; subsequent congressional testimony 2022–2024.

The Door That Only Opens One Way

A Real Story: May 2021, China

In May 2021, the Chinese government announced a comprehensive ban on Bitcoin mining and trading. The country at that point hosted approximately 65 percent of the global hash rate. Massive industrial mining operations across Sichuan, Xinjiang, and Inner Mongolia were given weeks to shut down or relocate.

Within sixty days, Bitcoin's global hash rate dropped by roughly half, from about 180 EH/s to 85 EH/s. It was the single largest stress test in Bitcoin's history. The most powerful authoritarian government on earth had thrown its full regulatory weight at the network.

By November 2021, roughly six months after the ban was announced, the hash rate had fully recovered¹. The miners had relocated, primarily to the United States, Russia, Kazakhstan, and Canada. The network was now more geographically distributed than it had been before the ban. China's attempt to shut Bitcoin down had made Bitcoin harder to shut down everywhere else.

The myth, in its usual form: "Governments will eventually ban Bitcoin, and that will be the end of it." The kernel is real. Governments do have leverage. They can make Bitcoin painful to use within their borders by banning exchanges, criminalizing trading, blocking on-ramps, or taxing transactions punitively. They have all those tools and they've used most of them at one time or another. We're not going to pretend otherwise.

What we are going to do is look at what happens when they actually try.

The Pattern, in Cases

China is the cleanest test, but it isn't the only one. Nigeria announced a banking-sector Bitcoin ban in February 2021 and Bitcoin trading volume there increased; the country remains in the top five of Chainalysis's Global Adoption Index, and the bank-restriction ban was lifted in December 2023². India imposed a 30 percent capital gains tax and a 1 percent transaction tax in 2022, and peer-to-peer trading volume continued growing. Egypt tightened crypto restrictions and mandated a central bank digital currency in late 2025; peer-to-peer Bitcoin volume climbed.

Even China itself didn't stay banned. Estimates put covert Chinese mining at roughly 15 to 20 percent of global hash rate as of 2026, operating in defiance of the formal ban, mostly powered by relationships with regional energy producers that the central government has not been willing or able to fully shut down³. Chinese citizen Bitcoin trading via VPN and peer-to-peer channels reportedly runs in the tens of billions of dollars annually.

The pattern: a ban moves Bitcoin activity, distorts it, sometimes drives it underground, but does not eliminate it. Bitcoin treats prohibition the way the internet treats censored websites: as damage to be routed around.

"When China banned Bitcoin mining, they didn't kill Bitcoin. They handed America the largest energy infrastructure transfer of the decade."

– Nic Carter, Castle Island Ventures

From Skepticism to Strategic Reserve

The bigger story of 2024–2026 isn't that countries have failed to ban Bitcoin. It's that the largest economy in the world went the opposite direction.

In January 2024, the U.S. Securities and Exchange Commission approved eleven spot Bitcoin ETFs after a decade of refusal, bringing Bitcoin into 401(k) and IRA accounts through every major brokerage⁴. Through 2024, those ETFs accumulated over $100 billion in assets. In January 2025, the new administration's SEC dismissed enforcement cases against Coinbase, Kraken, and Consensys within months of taking office.

On March 6, 2025, the President of the United States signed an executive order establishing a Strategic Bitcoin Reserve, formalizing the federal government's existing Bitcoin holdings (~328,372 BTC, mostly seized in criminal investigations) as a permanent national reserve asset, with a stated policy of not selling them⁵. The Federal Reserve subsequently removed "reputational risk" guidance that had pressured banks away from offering crypto services. Tornado Cash sanctions were lifted by court order in late 2024 and the position was formalized administratively in 2025.

In four years, the U.S. went from a regulatory posture skeptical of Bitcoin's existence to one in which Bitcoin is a strategic reserve asset of the United States Treasury.

The sovereign holdings list as of April 2026, in approximate order of size:

Holder	BTC (approx.)	Notes
United States	~328,372	Strategic Bitcoin Reserve, March 2025 EO; mostly seized in criminal cases
China	~190,000 (est.)	Seized BTC; portions possibly liquidated, holdings unconfirmed
United Kingdom	~61,000	Crown Prosecution Service seizures
Bhutan	~13,000 (est.)	On-chain analysis estimate; not officially confirmed
El Salvador	6,327	Sovereign treasury purchases since 2021; still buying through April 2026
Germany	0	Sold ~50,000 BTC at avg ~$54K in mid-2024; same stack at Oct 2025 ATH would have been worth ~$6.3B

The Germany line is the contrast that matters for sovereign reserve strategy. Germany's federal police sold approximately 50,000 BTC seized from a piracy investigation, between mid-June and early July 2024, at an average price near $54,000⁶. Sixteen months later, that same stack would have been worth roughly $6.3 billion at the October 2025 all-time high. As a sovereign treasury decision, the timing was costly. As a precedent, it is now a thing other governments are studying carefully before they sell their own seized stacks.

Sovereign Strategy Is Not Personal Finance

The sovereign-holdings argument is narrow and worth keeping narrow: governments that have held Bitcoin in reserves have, on multi-year horizons, outperformed governments that sold. That is a treasury-strategy observation, not a personal-finance commandment. Bitcoin is money. Money is meant to be spent on the things that matter, feeding your family, buying a home, funding education, building a business.

If you sell Bitcoin to put a down payment on a house at a price the dollar would never have let you reach in time, that is the system working as designed. The point of holding sound money is not to never sell it. The point is that the wealth you accumulated wasn't quietly debased away before you could spend it on what mattered. The Germany lesson is for treasuries deciding what to do with seized stacks, not for individuals deciding what to do with their savings.

What Bans Are Up Against

The reason bans have not worked is not philosophical. It is structural. Bitcoin's global hash rate sits at approximately 840 EH/s⁷, the largest, most expensive computational network in human history, distributed across miners in over 100 countries with no single jurisdiction holding a majority share. The United States hosts roughly 38 percent. Russia about 16. Kazakhstan about 13. Canada around 7. The rest spreads across Iran, Paraguay, Ethiopia, El Salvador, the United Arab Emirates, Bhutan, and dozens of others⁸.

Reachable Bitcoin nodes, independently operated computers that validate every transaction and block, number around 17,000 publicly visible at any given moment, with tens of thousands more running behind home routers and firewalls (Bitnodes shows the publicly reachable range typically between 15,000 and 20,000 day to day)⁹. They run on every continent except Antarctica.

To ban Bitcoin globally, you would need coordinated action from every meaningful jurisdiction simultaneously, and you would need to enforce that ban against tens of thousands of independent operators who can spin up new nodes faster than law enforcement can identify them. As of 2026, you would also need to talk the United States out of the Strategic Bitcoin Reserve, which now has institutional inertia behind it.

Each sovereign that adopts Bitcoin in reserves raises the cost of a ban for the next sovereign that considers one. The game-theoretical pressure now runs in only one direction. The door, increasingly, only opens one way.

That doesn't mean governments will stop trying to make Bitcoin painful to use within their borders, they will, and they will succeed in pieces. It means the global ban scenario this myth depends on has become structurally implausible, and is becoming more so each year. As Jameson Lopp put it: banning Bitcoin is like banning gravity. You can pretend it doesn't apply to you. The consequences will not pretend with you.

¹ Cambridge Centre for Alternative Finance, mining geographic distribution data, May 2021 – November 2021. Hash rate recovery curve documented across Hashrate Index and Coin Metrics. ² Chainalysis, Global Crypto Adoption Index, 2023 and 2024 editions; Nigerian central bank policy reversals 2021–2023. ³ Cambridge Centre for Alternative Finance and Hashrate Index combined estimates of covert Chinese mining share, 2024–2026. ⁴ U.S. Securities and Exchange Commission orders, January 10, 2024, approval of spot Bitcoin ETF applications. Issuer AUM tracked via Bloomberg and Farside Investors. ⁵ Executive Order on the Establishment of a Strategic Bitcoin Reserve, March 6, 2025, whitehouse.gov. ⁶ Bundeskriminalamt (German Federal Criminal Police Office) BTC sale tracking via on-chain analysis, June–July 2024; coverage in Reuters, Bloomberg, and Arkham Intelligence. ⁷ Hashrate Index (Luxor) and mempool.space, Bitcoin network 7-day average hash rate, April 2026. The HTML version of this lesson updates this number live. ⁸ Cambridge CBECI mining map and Hashrate Index geographic distribution data, Q1 2026. ⁹ Bitnodes, publicly reachable node count and country distribution. Reachable counts currently run around ~17,000 at any moment; private nodes behind firewalls add tens of thousands more (estimated). bitnodes.io.

Common Questions

Hasn't Bitcoin "died" hundreds of times by now?

The website 99bitcoins maintains a running tracker of every "Bitcoin is dead" obituary published in major media. The count as of April 2026 stands at 477 confirmed obituaries since 2010¹. The most active obituary year was 2018 (41 obituaries). 2024 saw 9; 2025 saw 7, the lowest two-year count in over a decade, attributable to institutional adoption and the ETF approvals. The current 2026 drawdown has restarted the count; somewhere between a dozen and twenty new obituaries are likely by year-end at the early-quarter pace. Each one is part of the pattern. None has aged well.

Won't quantum computing break Bitcoin?

Eventually, possibly, but not for at least a decade or two, and Bitcoin can adapt before it happens. Today's largest demonstrated quantum systems run around 1,200 qubits (IBM Condor, Google Willow). Breaking Bitcoin's elliptic-curve signatures via Shor's algorithm would require approximately 13 million error-corrected qubits, a gap of roughly 10,000x². Most academic estimates put the realistic timeline at 10 to 25 years, possibly longer. NIST finalized post-quantum cryptography standards in 2024 (CRYSTALS-Kyber, CRYSTALS-Dilithium, SPHINCS+); a quantum-resistant signature scheme can be soft-forked into Bitcoin well before any threat arrives. The risk is real and worth tracking. It is not imminent, and Bitcoin's open-source upgrade path is well-suited to handle it.

What about all the lost Bitcoin? Doesn't that mean fewer than 21 million?

Yes, and that's a feature, not a flaw. The most commonly cited estimate, from Chainalysis and on-chain analytics firms, is that 3 to 4 million BTC are permanently lost, coins held in wallets where the private keys have been destroyed, forgotten, or never moved since the earliest years³. That's roughly 15–20 percent of the existing supply. The effect: Bitcoin's circulating float is structurally more scarce than the 21-million headline number, because lost coins reduce the effective supply forever. Unlike fiat, Bitcoin cannot be printed to replace them. (Lesson 1-2 covers the supply mechanics in full.)

If Bitcoin is so good, why hasn't it "won" yet?

Bitcoin is seventeen years old. The internet is fifty-five. Electric power is one hundred forty. Major monetary and infrastructural technologies historically take three to five decades to move from invention to dominance, and they almost always look like fads, scams, or curiosities for the first half of that window. Bitcoin's market capitalization is approximately $1.5 trillion, roughly 5 percent of gold's total market capitalization of around $32 trillion, and the U.S. government, the world's largest asset managers, and a growing list of sovereign treasuries hold it as a reserve asset. The honest reading is not that Bitcoin has already won; it's that Bitcoin is plausibly somewhere between a quarter and a half of the way through a multi-decade adoption curve. Whether the curve completes is a real open question. Whether Bitcoin will be ignored by 2050 is, increasingly, not.

¹ 99bitcoins.com Bitcoin Obituaries archive, running tally of "Bitcoin is dead" articles from major publications since 2010. 99bitcoins.com. ² NIST post-quantum cryptography standards (CRYSTALS-Kyber, CRYSTALS-Dilithium, SPHINCS+), finalized August 2024, csrc.nist.gov. Qubit thresholds for breaking ECDSA via Shor's algorithm: see academic literature on quantum cryptanalysis (Roetteler et al., 2017; updated estimates 2023–2024). ³ Chainalysis on-chain analysis of dormant Bitcoin addresses; supplementary studies from Glassnode and Coin Metrics. Estimates range from 2.3M to 4.5M BTC depending on dormancy thresholds; commonly cited central figure is 3–4M.

Key Takeaways

Every myth in this lesson has a kernel of truth, and every myth has lost ground to the data over time. The case for Bitcoin doesn't need to be inflated. Tested against current evidence, Chainalysis, Cambridge, FRED, ERCOT, Bitnodes, each common objection turns out smaller than its reputation, and most of them turn out to be the dollar's problems wearing Bitcoin's clothes.
Bitcoin is the worst money in history for crime. Illicit share fell to roughly 0.14 percent of crypto volume in 2024 and continues to fall. Traditional banking-system laundering is estimated at 2 to 5 percent of global GDP annually, orders of magnitude larger in both nominal and percentage terms.
Bitcoin mining is the buyer of last resort. It monetizes flared methane (a net greenhouse-gas reduction), stranded hydro and geothermal in places that didn't have buyers for them, and curtailed wind that would otherwise be wasted, and it shuts off in seconds when the grid needs the power. The energy argument was never about the renewables percentage. It was about the direction of impact.
Volatility is the price of admission. Time horizon is the variable that has historically separated profitable Bitcoin holders from unprofitable ones. The "every four-year holding period closes positive" record broke in 2026 for buyers at the absolute peak of the previous cycle, and those same buyers are still ahead of cash held through the same window of dollar debasement. Patience compounds; leverage and short horizons get punished.
Bitcoin meets none of the U.S. SEC's criteria for a Ponzi scheme: no operator, no promised returns, no opaque accounting, no collapse when inflows pause. "Intrinsic value" is a phrase that survives mostly out of habit; what makes a thing useful as money is scarcity, durability, divisibility, portability, verifiability, and transferability without permission. Bitcoin scores higher than gold or the dollar on all six, while the U.S. M2 money supply has expanded 5.5x since 2000 against roughly 22 percent population growth. The diverse-weights problem belongs to fiat, not Bitcoin.
Each sovereign that adopts Bitcoin in reserves raises the cost of a ban for the next sovereign that considers one. The door only opens one way. Bitcoin's hash rate is the largest computational network in human history, distributed across 100+ countries, with the United States now holding it as a strategic reserve asset. A global ban would require coordinated action no one has been able to coordinate, and the game-theoretical pressure runs in the opposite direction every year.

Resource	What You'll Learn
"Crypto Crime Mid-Year Update", Chainalysis (annual + mid-year)	The single most-cited primary source for illicit cryptocurrency volume, broken down by category. The 2024 stablecoin shift named in Section 1 sits inside their reporting in full detail. Free, primary-source data from the firm law enforcement actually uses to break cases.
"Tracers in the Dark", Andy Greenberg (2022)	A reporter's full-length account of how blockchain analytics broke the Silk Road, AlphaBay, and Welcome to Video investigations. The Silk Road and Bitfinex chapters are the long-form version of Section 1's "the blockchain told on the thieves" punchline. Reads like a thriller.
Cambridge Bitcoin Electricity Consumption Index, Cambridge Centre for Alternative Finance (live)	The 175–185 TWh figure and the renewables-share data in Section 2 come from here. Open the mining-map tab for the country-by-country distribution that made the China-ban recovery in Section 5 possible. Updated quarterly with methodology notes that explain the 52% vs 63% sustainable disagreement.
batcoinz.com, Daniel Batten's research	The most data-driven public researcher on Bitcoin's sustainable energy mix, methane mitigation, and grid-stabilization role. The Crusoe / ERCOT / flared-gas math in Section 2 is built on top of work he's done in public over the past five years.
"Broken Money", Lyn Alden (2023)	The single best book for connecting Section 3 (volatility as price discovery) and Section 4 (the M2 expansion problem). Part IV covers Bitcoin's monetary properties; the earlier sections walk through how fiat systems have historically failed. Accessible without sacrificing rigor.
"The Bitcoin Standard", Saifedean Ammous (2018)	The book where the "Gold is intrinsically worthless" quote in Section 4 originates. Chapter 6 walks through monetary expansion historically; Chapter 8 is the Bitcoin-specific chapter on what makes hard money. Foundational to anyone making the hard-money argument seriously.
"The Bullish Case for Bitcoin", Vijay Boyapati (2018 essay; 2021 expanded book)	The monetary-properties framework in Section 4 (scarcity, durability, divisibility, portability, verifiability, transferability without permission) is from here. The 2018 essay is free online and short; the 2021 expanded book adds chapter-length treatment of each property plus network-effect dynamics.
bitnodes.io, live Bitcoin node map	The "no government has stopped this" claim in Section 5 is auditable in real time on this site. The globe view shows every reachable node by country; the snapshot tab gives the current count that powers the live stat in this lesson. Open it once a month and you'll watch the network grow.

Glossary

Terms with a dotted underline are clickable throughout the lesson. This section is a full reference.

Blockchain: The public, permanent, append-only ledger that records every Bitcoin transaction ever made. Every full node has a complete copy; no one can alter past entries.
Chainalysis: The largest blockchain analytics firm. Their annual and mid-year Crypto Crime reports are the most-cited source for illicit cryptocurrency volume; their tracing tools are widely used by law enforcement.
Difficulty Adjustment: An automatic recalibration that occurs every 2,016 blocks (~2 weeks), ensuring blocks are mined approximately every 10 minutes regardless of how much computing power is on the network.
ETF (Exchange-Traded Fund): A regulated investment product that trades on a stock exchange. Spot Bitcoin ETFs (approved January 2024) hold actual Bitcoin and let investors gain exposure through normal brokerage accounts.
Halving: An event every 210,000 blocks (~4 years) where the block reward is cut in half. The April 2024 halving cut new issuance from 900 BTC/day to 450 BTC/day. Compresses supply growth on a fixed schedule.
Hash Rate: The total computational work being done by Bitcoin miners worldwide, measured in hashes per second. As of April 2026, the network sits near 840 EH/s, the largest computational network in human history.
Lightning Network: A "Layer 2" protocol built on top of Bitcoin that enables near-instant, low-cost payments by processing transactions off-chain and settling them on the main blockchain periodically.
M2 Money Supply: A broad measure of US dollars in circulation, including cash, checking and savings deposits, and money market accounts. M2 has grown from $4 trillion in 2000 to roughly $22 trillion in April 2026, a 5.5x expansion.
Node: A computer running Bitcoin software that independently validates every transaction and block, stores a complete copy of the blockchain, and relays valid data to other nodes. Anyone can run one.
Peer-to-Peer (P2P): Direct exchange between two parties without an intermediary. Bitcoin transactions are peer-to-peer at the protocol level; "P2P trading" specifically refers to direct buyer-to-seller exchanges that bypass exchanges.
Ponzi Scheme: A specific kind of financial fraud: a central operator promises returns paid out of new investor inflows rather than productive activity, with opaque accounting and structural collapse when inflows stop. Defined by the U.S. SEC. Bitcoin meets none of these criteria.
Proof of Work: The mechanism that secures Bitcoin: miners must perform real computational work (energy expenditure) to add blocks. The work is expensive to produce but trivial for others to verify, making cheating uneconomical.
Stablecoin: A cryptocurrency designed to maintain a fixed value relative to a reference asset (usually the U.S. dollar). The largest are Tether (USDT) and USD Coin (USDC). Stablecoins run on different rails than Bitcoin and have different traceability and freeze properties.
Stock-to-Flow: A measure of monetary hardness: the ratio of the existing supply of an asset (the "stock") to the amount produced annually (the "flow"). Higher means harder. After the April 2024 halving, Bitcoin's stock-to-flow ratio is roughly 119, surpassing gold's roughly 62.
Strategic Bitcoin Reserve: A U.S. national reserve asset, established by executive order on March 6, 2025, formalizing the federal government's existing Bitcoin holdings (~328,372 BTC, mostly seized in criminal cases) with a stated policy of not selling them.