When You Inflate Money at 7% and Call It 2%, You Are Bleeding the Patient

Saylor opens with a death. Well-meaning physicians bled George Washington to death, he tells Lex Fridman, and this was the most important patient in the country. The same pattern, in his telling, is monetary policy: expand the money supply at 7%, label it 2% because you want to help the economy, and you are "literally bleeding the free market to death." Washington went along because he thought the doctors would do him good. Most companies, conventional thinkers, and the working class go along for the same reason. The people doing the bleeding believe the prescription, he says, because their mental models are defective.

Fridman then asks the big grading question. When advanced humans, aliens, or AI look back five to ten centuries from now, how much will they say the early twenty-first century understood about money, engineering, life, and meaning? Saylor gives hard science a B-minus: rockets, jets, electric cars, nuclear power, spaceflight. The names on the walls of MIT's Great Court, Newton and Gauss and Curie and Einstein, still look admirable. Economics gets a D-minus, or an F-plus. He is not joking.

He studied history of science and aerospace engineering at MIT, and the bias shows. Over ten thousand years, he argues, philosophy and politics have been roughly a wash: for every politician with a good idea, another had a bad one. Average life expectancy sat around 32 during the Revolutionary War and around 50 in 1900. What moved it toward 80 was not a constitution. It was antibiotics, sterile knives, oil, electricity, and dams. A trained athlete can deliver about a kilowatt-hour in a day; fewer than 1% of people can do that. Retail, that hour of human output is worth 11 cents. Wholesale it is 2 cents. Set that next to the contribution of politicians and economists, he says, and the comparison is unkind.

Back at MIT, Saylor says, you would not design a hull, a wing, or a rocket nozzle with a single number. You would use vector math and computational fluid dynamics. When an economist says inflation is 2%, that is a scalar. When the same economist says printing is fine because monetary velocity is low, that is another scalar. Inflation, he insists, is an n-dimensional vector. Asking for the velocity of money is like asking for the speed of sound. Sound is a compression wave; its speed depends on whether it is moving through air, water, or a stiffer solid. There is not one number.

The deeper failure, in his view, is not calculation. If you see the world as a scalar, you pick the one number that supports what you already want to do and ignore the rest of the consequences. Fridman mentions Eric Weinstein's gauge-theory attempts to give economics a richer geometry. Saylor is sympathetic to any computationally heavier approach. At MIT he studied Jay Forrester's system dynamics: multidimensional, nonlinear models with feedback. Double a price and demand falls, supply tries to rise, capacity lags, and ripples run upstream and downstream. Mainstream dialogue, he says, has been captured by scalar arithmetic. The *New York Times* and the *Wall Street Journal* print an inflation number or a CPI and stop there.

The pandemic made the distortion obvious. Policymakers cut rates to zero and bought assets. The defense was that there was no inflation, because one part of the economy was locked down and demand could not show up. The 30-year swap rate touched 72 basis points; long bonds hyperinflated in minutes. Main Street shut down and Wall Street recovered in about six weeks, the K-shaped recovery. The Case-Shiller house price index was up 19.2% year over year. For a first-time buyer, Saylor says, the inflation rate is 19%. Official CPI was 7.9%. You can manufacture almost any inflation rate you want by weighting a basket.

In the conventional world, inflation is the rate of increase in a government-defined basket of consumer goods. The government says you should have a thousand-square-foot apartment, a used car, and three hamburgers a week. Ten years later the apartment costs more, so the statisticians apply a hedonic adjustment: in 1970 you needed a thousand square feet, in 2020 you need 700 because televisions shrank, appliances got efficient, and life collapsed into an iPhone. The apartment is 50% more expensive. After the adjustment, inflation is zero, because the expectation of a normal life was quietly downgraded.

Saylor's concert example is blunter. Three years ago you went to ten concerts at $200 a ticket, $2,000 a year. The person calculating inflation redefines your entertainment quota as eight Netflix streaming concerts. Cost falls to nothing. Inflation disappears. You did not spend less. You lost the concerts. Changing the basket is the first problem. The more egregious one, he says, is the idea that assets are not products or services and therefore cannot inflate. A house, a share of Apple, a bond, a bitcoin, a Picasso: throw those out of the metric and you are no longer on the hook for their prices.

A million-dollar bond at 5% pays $50,000 a year, enough to retire in a cheap jurisdiction. In March 2020 the ten-year yield went to 50 basis points, and the same $50,000 now required $10 million of principal. The cost of that aspiration rose by a factor of ten, and official inflation did not flinch. A 19% rise in house prices is misery for a 22-year-old saving a down payment and, to a conventional economist, a benefit to society because household wealth went up. Saylor's verdict: CPI understates the misery inflicted on the working class and on mainstream companies. Wealth shifts from labor to property. Power shifts from the free market to the controlled market, and from people to government.

On the wall of Saylor's office is the deed to the house, sold in 1930 for $100,000. The Zillow estimate is $30.5 million. In 92 years that is a 305-fold increase, about 6.5% a year. No official, he says, will admit to 7% annual inflation in the dollar over the last century. Saifedean Ammous, in *The Bitcoin Standard*, puts money-supply growth around 7% a year through 2020. The S&P returned about 10%. The real economy, all technology and ingenuity included, grows maybe 2% to 3%. Hold a million dollars of stocks and get 10%, and 7% of that is currency expansion. If the money supply stopped growing, the S&P yield might be 3%, not 10%.

That arithmetic produces uncomfortable questions. Borrow a billion dollars at 3% while the currency expands at 7% to 10% and earn 10% on the investment: is that fair, and who suffered so you could do it? Hold the assets constant and inflate the currency, and prices rise in proportion to scarcity and to how hard the thing is to reproduce. Money, in Saylor's vocabulary, is economic energy that has to find a medium. Park $100,000 in the house and you get a 305-fold return. Park the same sum in a safe-deposit box and you lose 99.7% of the wealth. He calls the leak an adiabatic lapse.

Fridman asks what the word means. In aerospace, Saylor says, you start every problem by assuming an adiabatic system: closed, no energy in or out. The real atmosphere is open. Climb a thousand feet and you lose three degrees; at 50,000 feet you are 150 degrees colder than sea level. Density falls, energy per volume falls, heat leaks out. Inflate the currency by 6% and you are sucking 6% of the energy out of the fluid the economy uses to function. He switches to jiu-jitsu because Fridman trains. You have ten pints of blood. Before the next workout he takes one. You will not perform. Red cells take a month to replace. Then he tells you to come back every month.

Fridman asks whether the failure is malevolence or incompetence. Saylor will not give governments a grade. He says policymakers are well intentioned and that every policy is inflationary. Supply-chain independence, energy, labor, trade, war, a year-long shutdown: each interferes with someone who would have done the job cheaper. Layer them and someone has to pay. Governments did not pay for World War I, World War II, or Vietnam with taxes. Taxes are too painful and too transparent. If people knew they would lose 95% of their assets, they might not vote for the policy. His preferred government is the least government. The debate, he says, is over how small.

Laser eyes on his Twitter profile mean focus on the thing that can still move the needle. Half of civilization's problems, maybe $500 trillion worth, come from a defective understanding of money. The other half are medical, military, political, philosophical, and natural, and those deserve specialists. What he can offer is narrower: inflation is misunderstood and larger than the official story; economics needs engineering tools; all government policy is inflationary. He even rejects Milton Friedman's line that inflation is always and everywhere a monetary phenomenon. Stop printing and kill fractional reserve banking, he says, and you would still have inflation as long as governments can pursue inflationary policies.

The primary error is trying to do good and doing it iatrogenically, more harm than help. The secondary error is paying by expanding the currency. The tertiary error is mismeasuring the collapse: the Bureau of Labor Statistics will confess a 95% loss of purchasing power over a hundred years, not a 99.7% loss over eighty. Money velocity through the consumer economy is slow, Nick Szabo's credit-card example settling in two months, six turns a year on a million dollars. Gold in a vault: velocity 0.1. Stocks at T+2 with modest leverage: maybe 100. Crypto settling every four hours at 20x offshore: 7,000. Print trillions because velocity looks low, and assets hyperinflate in minutes.

The most pernicious move, Saylor says, is to make you misunderstand the phenomenon so that when it happens to you, you think it is good. House prices up 20%: great for the American public, because most people are homeowners. Inflation is 20%, not 7%, and it has been recast as a blessing. You can show someone their house on fire and they will thank you for the heat. Two percent a year is a 35-year half-life, the half-life of gold under perfect circumstances. Zero percent is immortal. The dollar, in the most successful economy of the last century, lost 99.7% of its value. Every other currency did worse. Then he returns to Washington. First rule of trauma: stop the bleeding. Orthodox medicine bled the patient. The working class still goes along.

What distinguishes humans, Saylor says, is the ability to engineer: to harness energy and technique and leave the world better than you found it. Fire, kinetic missiles, cities on water, aqueducts that multiply an island's carrying capacity by ten, sails that turn wind into a trading network. The most common mammal on earth, to his surprise when he googled it, is the human being. Walk through Edinburgh and you find castles stacked on the same hill for a hundred thousand years. The winner is always the most powerful, and power means energy delivered in a period of time: fist, spear, bow, bronze, steel, Roman artillery, then atomic and digital power. Reject a new form of power and you are penalized. Empires stick with the idea that worked, then die when the old guard will not pivot.

He splits the digital century into two waves. The first is digital information, running since about 1990: dematerialize books, music, maps, and education, then copy them to a billion people for de minimis electricity. Carnegie spent a fortune on libraries; a six-year-old can now get a better library for nothing. Saylor Academy gives away free college to anyone on earth and has had more than a million students. The MIT physics lectures he sat through in the rafters of 26-100, on wooden benches, after a family that could not have paid a few weeks of tuition with a century of savings, now play on an iPad for free. There are maybe 10 million PhDs and 8 billion people. You do not buy a billion PhDs at a million dollars each. You dematerialize the professor.

Until an S-curve starts, you do not know whether you are a hundred years from viability, a thousand, or a few months. In 1900 learned people had 10,000 reasons humans would never fly. In 1903 the Wright brothers flew. In 1969 people walked on the moon: 20 miles an hour to 25,000 in 66 years. The unhappy sequel is the wall. Saylor studied aeronautical engineering at MIT in the 1980s. Gulfstreams, 737s, and the space shuttle already existed. Forty years later the airplanes are the same airplanes, engines 20% to 30% better. The industry hit a brick wall around 1969 to 1975. The G5 fuselage kept the G2 silhouette because the wind tunnel had spoken and changing the shape was a $10 billion computational-fluid-dynamics exercise.

The wall was materials and propulsion. Without aluminum you build nothing that flies; Andrew Mellon endowed the National Gallery of Art with an aluminum fortune. Without the internal combustion engine you have no aviation. Once both exist, progress is fast. Then jet engines and rocket motors stall, and you have to switch S-curves. The next engine is the CPU. The next aluminum is silicon. If jet-engine efficiency had doubled every three years for forty years, he asks, where would we be? Humility says you do not know when a curve starts, da Vinci was sketching flying machines centuries early, and you do not know when it ends. Google Glass in 2013 was still year zero in 2022. The digital-energy wave, he says, is a paradigm most people will reject, and it is sitting in plain sight.

Saylor starts from Tesla's line: if you want to understand the universe, think in terms of energy, vibration, and frequency. Matter is low-frequency energy. Walk into a New York nightclub and you are standing in a stack of frequencies: a 14-billion-year universe, a 4.5-billion-year sun, 400-million-year continents, a 20,000-year Hudson River, a 50-year building, a 10-year company, a few hours of nightlife, kilohertz music, and light. Property is low-frequency money. Currency is mid-frequency. Energy is high-frequency. You do not buy and sell a house every few hours. You can pass ten dollars for a drink. Bitcoin, he says, is the first time the species created digital property: a billion-dollar block of pure energy in cyberspace that can move at the speed of light with no friction.

Satoshi's design is a distributed protocol, a cap of 21 million coins, each divisible into a hundred million satoshis, transferred by private keys. The ethical move is to make it property rather than a security. A bushel of corn, an acre of land, a stack of lumber, a bar of gold, and a bitcoin are property because no entity controls them. A barrel of oil in Ukraine, Russia, Saudi Arabia, or the United States is still a barrel of oil. The premier of Japan cannot wave it away. A share of stock, or a token run by a small team, is a security: someone can change its nature, character, or supply. Promoting a security without full disclosure is a conflict of interest. A mayor may tell Chicago to keep a chicken and a horse. The same mayor telling citizens to sell the house and buy Twitter stock has crossed the line.

Open, permissionless, and uncensorable is how you get common property. If Saylor knows the code and you do not, it is a security. If you can be kept off the network or booted from it, it is a security. Building an ethical crypto-asset network is much harder than building one that merely runs, because no government, corporation, or investor can be allowed to midwife it. Bitcoin, he says, is the hardest property yet invented to confiscate. Twelve seed words in your head are apex property: someone has to crack your skull. A car, a house, a share, gold, diamonds, and copyrights are all easier by orders of magnitude. He can say Bitcoin will go up forever and be wrong without civil liability. He cannot say the same of MicroStrategy stock, because tomorrow he could propose a million new shares. "If I knew that I could make it 42 million instead of 21 million and I had the button," he says, "then I have a different degree of ethical responsibility."

Layer one, in Saylor's New York metaphor, is the schist and granite under Manhattan. It has been there for millions of years and you do not want it to move. A foot of deflection in a hundred years is too much; an inch might be too much. Its job is to carry a billion dollars from here to the year 2140, immortal and incorruptible. Moving that billion to Tokyo is a different layer's problem. The base chain does about 350,000 transactions a day, a hundred million a year. That is the right bandwidth for large, final settlement. It is the wrong bandwidth for a billion five-dollar payments. People tried to build this kind of ethical common property fifty times before Satoshi and 15,000 times after. Almost all of them failed.

Layer two is an open, permissionless, non-custodial protocol that pays fees in the layer-one token. Lightning is the example. If you want to move five dollars a billion times a day, you do not put a trillion dollars at risk on every hop. You put a million dollars in a channel and do ten million transfers. Lower the security requirement by a million and you can move a million times faster: 350 million transactions a day, seconds, fractions of a penny. Layer three is custodial: Binance, Coinbase, Cash App, milliseconds, free. There will be hundreds of thousands of layer threes, dozens of layer twos, and one layer one, vibrating at different frequencies like bedrock, buildings, and companies. A fourth layer is a product with bitcoin sealed inside, GBTC or a share of MicroStrategy, where you get the exposure and cannot withdraw the coin.

Idealists fear layer-three monopolies. Corruption, Saylor says, is possible in every institution. The difference is optionality. You cannot move a building out of Los Angeles when city politics turn. You cannot take a Fidelity stock, bond, or mutual fund off the custodian. You can take bitcoin off an exchange in an hour, or into self-custody. "An armed society is a polite society." That exit is the anti-corruption mechanism. Give him a billion dollars and twenty years and he still could not make a U.S. company trade cleanly with a Nigerian counterpart: banks, cards, and FCPA compliance all shut it down. Three founders in Nigeria can stand up a Lightning site on a weekend without asking anyone. A million times cheaper, less friction, faster.

Fridman asks what Bitcoin does in a war, Ukraine, Yemen, an authoritarian lockdown of pipes and money. Saylor calls it a language. Learn English and you tap a global commercial network, legal or not. Learn Bitcoin or Lightning and you tap that network however you can. Adoption is embryonic, 1% to 2% down the curve. Commercial Lightning is about a year old. It is not in Coinbase, Binance, or FTX. Cash App has a first, incomplete implementation. He wants about 36 months of software until every Android and iPhone has a wallet. Regular people in a war zone are not hackers. Until the wallet is in the culture, the protocol cannot save them.

Why did Jack Dorsey put Lightning in Cash App? Saylor hears two motives. The humanitarian one: billions of people are unbanked and have no property rights. You will not put a branch on every African corner or run copper across a continent. Bitcoin is a bank in cyberspace, run by incorruptible software, for everyone. Lack of property rights is type-1 diabetes. Fat is the organic battery; thirty pounds of it is sixty days without food. Without insulin you cannot store surplus energy, and you eat yourself to death. Most of the world has a broken currency, no bank, and no title. Stone-age barter still fails when the man with the machine gun takes the sack on your back. Bitcoin is a bearer instrument and a bank on a phone that does not require trust in the local government.

The technical motive is a native currency for the internet. No political construct or security can be that. You need property that can move a million times a second, only possible as a pure digital, permissionless thing. Can a Tesla fund itself? Can a software creature live a thousand years? Harvard and Stanford do that with endowments. Banks and credit cards cannot endow a program. Bitcoin and Lightning can. Dorsey, Saylor says, is trying to put freedom in orbit. Web3, in the usual sense, is token finance: ship an app, issue a token, raise from the community. The fight with Marc Andreessen, as Saylor compresses it, is whether you build on ethical digital property or invent a competitor that Bitcoiners will call a security. A VC-led project with a CEO, a pre-mine, an ICO, or a foundation that can change the protocol fails the Howey test.

Creating securities is ethical. Saylor took a company public. The unethical move is representing a security as property. Fridman pushes: the law's line is not automatically the moral line. Saylor drops to an older standard. Do not lie, cheat, or steal. If you sell something, disclose what it is. One digital property is better than zero, because zero means there is no digital economy. Building a hundred trillion dollars of applications on Bitcoin, he and Dorsey think, is a better use of creativity than reinventing the wheel. Promoting Bitcoin is not a conflict of interest in his sense, because he cannot print ten million more. Promoting MicroStrategy stock would be. Satoshi's anonymity, disappearance, unmoved coins, lack of an ICO or corporate sponsor, fifteen months with no commercial value, a simple protocol, and the outcome of the block-size wars are all marks of common property. Saylor is certain he is not Satoshi. He will not speculate on the name. He thinks it was one person, maybe with others. Fair launch is the word he wants.

Thirteen years in, Saylor says the risk has never been lower. Early risk was the protocol itself: one-megabyte blocks, a ten-minute clock, the cryptography. 730,000 blocks, no crash, no hack. A billion-dollar target is less interesting than a hundred billion; a trillion is more interesting still, so the attack surface grows with the prize. Ban risk was real. In 2013 he tweeted that Bitcoin would be banned. In 2014 the IRS treated it as property. Annual tax on unrealized gains might have crushed it. Copy risk played out 15,000 times; the copies either became something else or shrank to about 1% of Bitcoin's value. Institutional year one, in his dating, is August 2020, when MicroStrategy announced a $250 million purchase, the first public company to do so at scale. Tesla and Square followed. By the next quarter he expected 24 listed miners and some 36 public companies holding about $50 billion of bitcoin, with hundreds of billions of market cap in bitcoin-exposed firms. Decade one was entrepreneurial, zero to a trillion. Decade two is institutional, a trillion toward a hundred trillion.

Governments are not required, but they are coming in degrees. Sovereign wealth funds already hold big tech; digital gold is a short step. A treasury-reserve allocation is a much larger, trillion-dollar-scale decision. Pricing oil in bitcoin is colorful and, he thinks, not the main event. The question every institution actually answers is what sits in the treasury. A peso losing 20% to 30% a year collapses a balance sheet in five years. Dollars and Treasuries, in 2022, were taking a 7% historical leak that he puts closer to 15%, double or triple the average. The Canadian trucker crisis, Ukraine, the freeze of about $300 billion of Russian reserves, global hyperinflation, and U.S. inflation are, for him, a perfect storm. The rational response is weak currency to strong, weak property to strong, physical buildings to digital ones, banks to self-custody. Stablecoins went from $5 billion to $200 billion in 24 months. In a war zone he would rather hold dollars on a phone than in a bank.

Price, he says, climbs forever in a serpentine path, advance and pullback. Volatility is what sucks in capital, the gap between a 5% return and a 500% return, and it has been falling year by year. As digital gold, Bitcoin is a $10 to $20 trillion asset, about $500,000 a coin. Gold is defective, dead money: hard to mortgage, hard to rent, no one builds a business on your vault. People park a billion in commercial real estate instead, because rent covers maintenance. As digital property the addressable market is $100 to $200 trillion, about $5 million a coin, and he sees no reason not to go to $10 million. Program it faster and it starts to replace bonds, $100 trillion, plus $50 to $100 trillion of other currency derivatives, a $350 to $500 trillion pile of fiat-cash-flow claims, all leaking 7% to 14% a year.

He prefers a hotel to a vault. A billion-dollar, thousand-room pile in Miami is stuck with Newton's laws and local guests. Dematerialize it and you rent the same night to Paris, London, and New York, by the hour, to the highest bidder, with robots for staff, Moore's law instead of brick. That is the DeFi picture: flash loans, money at high velocity, no difference at the limit between renting a room and lending a block of stock. The interfaces, he thinks, will not come from crypto-native teams. They will come from Citadel, Binance, FTX, Coinbase, companies that can clear compliance. A better offer in Singapore pulls capital to Singapore. You cannot ship ten city blocks of Los Angeles to a festival. You can ship ten blocks of bitcoin. An American who cannot legally take the 27% bitcoin yield still benefits when a Hong Kong desk borrows the coins in New York, puts on the trade, and bids up the only digital Manhattan.

The first internet, Saylor says, was digital information without energy, and that is why it is filthy. Twitter is garbage. Instagram DMs are garbage. YouTube spins up a Michael Saylor Bitcoin-giveaway scam every fifteen minutes. His Office 365 inbox holds millions of spam messages. The company spends a million dollars a year fighting denial-of-service attacks. People say things they would never say to your face from accounts created three days ago. In a hotel you post a credit card; smash the room and there are economic, maybe criminal, consequences, and you can only smash one room. Write a Python script that enters every hotel on earth, anonymously, with no card, and the conservative universe is gone. Friction, the speed of sound, and the speed of light are what make the physical world work. Cyberspace is missing conservation of energy.

His fix is an orange check. Twitter has about 300 million users and 360,000 blue checks, granted after a six-month wait and three mainstream-media clips proving you are a person of interest. Fridman does not have one and has never applied. Saylor's rule is simpler: post about $10 once in your life into a Lightning wallet and get an orange badge, a security deposit for safe passage. Twitter then offers a setting: only orange checks may DM you or comment. You have not locked out the public. You have locked out people who will not post a stake. When 9,700 bots arrive, reporting is hopeless; a script spins up 97,000 more. If each bot posted $10, deletion has a price. Seize the deposits, split them between the reporter and the platform, and malice has a cost. Ten million fake Lex Fridmans would cost about $100 million.

Credit cards cannot do the next step. They dox the user, exclude a couple of billion people without banks, and charge 2.5%, which erases the money in forty hops. A Lightning wall in front of a website asks you to show 100,000 sats, lets you click a thousand times, then starts taking a satoshi or ten. Hit the site a million times and you are drained and locked out. Browse 200 sites a day, prove you have an asset as you cross each domain, take it back when you leave. You need a bearer instrument and a network whose fees are a twentieth of a penny. Lightning, he says, only became stable enough to think about in the last year. Asked for the second best crypto, he will not name a coin. The world wants crypto property as a savings account and a stablecoin dollar as a checking account, a $1 to $10 trillion class. Ethereum, Solana, and Binance Smart Chain will fight over platforms. Regulation under the Biden administration is the cloud. Dogecoin, steeled, is an inflationary property growing at something like 5% a year, still slower than many fiats, but a meme is not an institutional savings asset. The top hundred other coins are venture bets.

Fridman raises past criticism of Elon Musk. Saylor aims elsewhere. Most Bitcoin FUD, he says, is guerrilla marketing financed by other crypto founders. The network puts about $2 billion of electricity in and supports an $850 billion asset, and surveys he cites put 58% of mining energy on renewables. Planes, trains, cars, construction, food, and medicine are dirtier and less efficient. The Bitcoin community's quarrel with Musk was a few environmental tweets that were distracting. Musk is free to live his life. He is, Saylor says, the second-largest supporter of Bitcoin in the world. Putting it on Tesla's balance sheet and holding it sent a strong signal. The community eats its own and stares at the exception instead of the support.

A friend with twins asked Saylor for a letter they would receive at 21. At a party the friend handed him a sheet of paper, and Saylor thought he was supposed to write it there. He did, then posted the list. Focus your energy. Guard your time. Train your mind. Train your body. Think for yourself. Curate your friends. Curate your environment. Keep your promises. Stay cheerful and constructive. Upgrade the world. Most suffering, he says, is lack of focus in a world with too much of every good thing: a hundred hours of chess videos a week and you will never finish, a hundred streaming channels waiting to binge. The laser-eye avatar means he has a thousand opinions and will try to be excellent at one. If people know what you are focused on, the other 27 communities stop calling.

The world wants specialists and punishes physical-world generalists. In digital space a knot-tying account with 700,000 followers or a banjo player with 1.8 million is the person the search box returns, then stamps into 18 million copies. A PhD still means a seminal contribution; if that is the work you want, pursue it. Otherwise look at Agadmator, the chess commentator Saylor has watched get better in public. If your work can be automated, someone will automate it, the way lockdowns collapsed local bar bands into six super-groups with a million followers. Fridman, in this framing, is the deep-conversation podcaster. Change the format sixteen times to chase sixteen other personalities and you become second or third at all of them. Algorithms reward a consistent message. Ten million people are fighting for each hour of a listener's time. Anyone who gives you an hour is granting a privilege. Respect it. Authenticity, Saylor adds, more than offsets how narrow the mission is. Nobody wants to watch a hundred million dollars of advertising.

Fridman asks about death. When Saylor goes, the assets flow into a foundation whose mission is free education for everyone, forever. If the monetary system is closer to perfect, the endowment might last. We are not yet on the S-curve of biological immortality. We are on the threshold of immortal ideas, institutions, and programs. Fix the money and you can build a technically perfected endowment; then the question is what you wanted to leave, a park or an education or some other ethical idea. Does it sadden him that the idea of digital energy will remain and his consciousness will not? He would rather take Satoshi's lesson: do your part on a stretch of the journey, then get out of the way. Steve Jobs said death makes room for the next generation. Upgrade the world, leave it better, step aside. When that cycle breaks, bad things happen. Nature cleanses itself.

Fridman closes the loop: Washington also got out of the way; with luck no one will bleed Saylor to death while trying to help. Then the last question. What is the meaning of this? Why are we here? Saylor laughs that this is metaphysics. "To engineer is divine." You can say we are here to entertain ourselves, or to make something beautiful, or to make something functional. An engineer entertains himself by making something that is both. Admire the first person who bridged a chasm, brought running water to a village, dammed a river, or woke up with ten fruit trees. Roll the clock back 500,000 years and look at every struggle that put you in this room. That is a gift and a responsibility. Drop a modern person into that past and ask them to invent steel or a chip fab and they collapse. The repayment is to fix what is in front of your face. For someone like Musk, that means getting the species off the planet. For Saylor, it means fixing energy and money. Fridman leaves him with Francis Bacon: money is a great servant, but a bad master.