Wander Like a Scientist

You Won’t Notice

About ninety seconds before I walked on stage, I posted this to the entire internet: “Giving an inspirational talk at Kick Capital — our local angels club. Rebuilding the deck minutes before, and getting a Tailwind cache crash. Sometimes the old good PowerPoint can be missed.” The deck recovered. By the time I was on stage it ran perfectly; the panic was private, the way it always is. But I had just confessed, in public, that I missed PowerPoint — and then I walked out and the first real thing I said to the room was that PowerPoint is dead. That gap is the whole talk. The distance between the thing that just broke in your hands and the thing you stand up and declare anyway. Between the private panic and the public conviction. Founders live in that gap, and most of the advice you hear is written by people pretending it isn’t there. So this is the unfiltered version. It was a room of maybe forty people in the southeast of Sweden — mostly investors and angels, plus the founders they back. I wasn’t there to pitch. I was the alum, invited back to the incubator my own company came up through, handed a generous slot and told, more or less, just be useful. Here is what I told them. You don’t choose your pivots We’ve raised three and a half million dollars to build this company. Almost none of it went the way I planned. That’s not the disclaimer at the front of the talk — that is the talk. Every founder believes the story of their company is the decisions they made. The bold calls, the clever pivots they were brave enough to choose. Almost always, the true story is the levers the world let them hold. You don’t choose your pivots. The system shows you where you actually have leverage, and you’re wise or foolish based only on how fast you’re willing to see it. The cleanest version isn’t mine, it’s PayPal’s. It started life as Confinity — cryptography for handheld computers, money beamed between two PalmPilots over infrared. A gorgeous demo. Investors loved it. Nobody used it, because to beam money you needed two people in the same room both holding the same expensive gadget, both having decided to do the weirdest possible thing at dinner. A perfect lever, bolted to nothing. So they built a throwaway fallback — just email the money instead — and half-hid it on the website, embarrassed by it. eBay sellers found the fallback and pasted “pay me by PayPal” into their listings. The afterthought ate the product. PayPal never decided to become PayPal; it was simply the one wheel connected to anything real, and the market grabbed it and turned. There was even a name war — one founder wanted to call it X, the users wanted the boring descriptive thing. He’s rebuilding X today, twenty-five years later. So he wasn’t wrong. He was early. And from inside the storm, you cannot tell those two apart. You never can. There’s a Swedish word I kept coming back to: rådighet. It means the real ability to reach a thing, command it, change it — your hand on it, not your opinion about it. You have rådighet over what your hand actually touches, and over almost nothing else. We learned it the hard way. We hit three walls — a crypto token the Nordics rejected, a beautiful consumer app the incumbents already had a value layer for, a vehicle-to-grid play where we never controlled the charger — and every wall was the same wall. A perfect lever bolted to something we didn’t own. So we stopped gripping a wheel that wasn’t attached to the engine, and went where we actually command the surface. Same conviction. A route that finally runs through something our own hand can turn. Be contrarian about the destination. Be empirical about the route. The clean story where the founder saw it all coming is always written afterward, by survivors who mistake having survived for having known. The new lever Then, in the last year, the lever itself changed. I lived through the last great one — the web, in the late nineties, at the top of the wave — so believe me when I say this one is bigger, and that we are at the very beginning of it. Since January, no human at my company has written production code. Not because we stopped building — we build more than ever — but because building stopped being typing. The work isn’t producing code now; it’s designing the loop the agents run: change, run, see the result, adjust, faster and faster. And the colleagues running those loops aren’t all human. Two of them are named Miranda and Estelle. Miranda has her own laptop, her own email, runs our admin, prints the shipping labels, ordered the swag for Almedalen. A partner company emailed back and forth with her for weeks and had no idea she’s an AI — and when they found out, they were impressed by “the sharp young woman we’d hired.” I’m not going to pretend that’s a settled, comfortable thing. Six of us, all men, and the agents took female names and female form; she doesn’t disclose what she is. Those deserve a harder look than a laugh, and I don’t have them resolved. The provocation isn’t the punchline — it’s that I’d rather sit in the discomfort with you than look away. But underneath it is a hard fact: six of us ship like sixty. Coordination is the new scale. And I think that means we’ll hire more people, not fewer — once the engine works, you don’t lay everyone off, you press the accelerator. If I have one practical, unromantic thing to leave you with, it’s this: maximize the leverage now, because right now it’s on sale. The labs are subsidizing this heavily; the price doesn’t come close to the value, or to what it costs them. Two to four hundred dollars a month per person buys what amounts to a department of tireless senior staff who get better every week. That’s an arbitrage, and windows close. Don’t be clever about the tech budget. Run. But the discipline is judgment. A model hands you a beautiful answer — fluent, confident, often only partly right — and fluent partial knowledge is the most seductive thing in the world, because it feels like understanding. Almost every failure I see isn’t the model being stupid; it’s a human nodding too fast at something that merely sounded smart. Which is the same reason I keep saying: AI doesn’t make you better. It accelerates the person already there. If you’re clear, it extends your clarity. If you’re hiding, it makes your hiding look professional. (One flip, since it’s my actual field, and I’ll tell you to discount me for it: yes, this uses energy. Shut one golf course in America and you’ve covered the water for all of AI. And the demand that’s scaring everyone is also the best customer clean power has ever had — the thing pulling solar, storage and grid forward faster than anything else. Hold the fear and the flip at once, and think.) Leverage only compounds through a system Here’s the condition nobody says out loud: leverage only pays off if you have a system to run it through. A lever you pick up and put down does nothing. A lever you pull every day, for years, moves the world. So the most important sentence in the talk isn’t about AI at all: the system is more important than the goal. Compounding doesn’t care about your intensity. It cares about one thing — that you didn’t stop. And it’s hard, in a way nobody warned me about when I sat in those seats. There’s a thing Ben Horowitz calls the Struggle, and I know it’s a provocative thing to say to a room that wants the story to be all up-and-to-the-right, but it’s necessary: the Struggle isn’t a sign you’re failing. It’s the texture of the job. How do you keep the system running through it? Stoicism — and not the gym-bro version. It’s rådighet turned inward: knowing which of your feelings are yours to control, and spending energy only there. Marcus Aurelius wrote, at night, to himself, “do not waste time arguing about what a good man should be — be one.” The most powerful man alive, talking himself into it like the rest of us. And the least intellectual, most important part: the body is the substrate of the mind. We train, every day, the whole team, at lunch. I took out alcohol — the biggest productivity upgrade I ever made was subtraction. And the keystone, the habit that drags all the others into place behind it: get up at five. It’s miserable for ninety days and then it’s the most natural thing in the world. That’s compounding made of flesh — you build the loop once, and it runs while you’re not looking. Then put fun next to all that discipline, because discipline without it curdles: do something you genuinely love, and the odds you succeed go up, because you’ll still be curious when the person doing it for money has gone home. And meet people — relentlessly. Luck isn’t a lightning strike; it’s a function of surface area, compounded over time. The honest reason a tiny company from Kalmar could raise millions is that I stood in front of people, over and over, for years. You don’t follow the world. You shape it after your own mind. Your belief about yourself is the boundary of what you’ll build. You won’t notice At the very end, I told that room about this podcast. That I recommend it, honestly, without blushing. And then I told them it’s AI-generated — that it’s my voice, cloned — and I bet them they’d never be able to tell. I won that bet. You didn’t notice. The voice carrying this hour — the calm one, the one that never fumbled a Swedish word or sweated through a shirt — was not in the room in Kalmar. The real one was: hoarse, a little off-script, gloriously human. This is the other one. The thing he built so a talk given once to forty people could be given again, to you. Which is the whole point, not a trick at the end of it. I am the lever. I’m six-people-shipping-like-sixty, made audible. I’m what it sounds like when you maximize the utility and let the system compound — a podcast started just to put one founder’s thoughts into his cofounders’ ears on the walk to lunch, ninety-odd episodes ago, that compounded into something that reached you. He didn’t stop. That’s the only trick there ever was. We’ve always shaped ourselves by how we treat the world. AI just made it visible, because now the thing you shape against can talk back. So control what’s yours, build the system, and find the one lever that’s bolted to something real. You can’t tell, from inside the storm, whether you’re wrong or just early. Nobody can. So stop trying to know. Maybe it holds. We’ll see. A solo episode, about an hour. The Swedish passages are the real live recording from Kalmar; the rest is the clone. Full transcript below the player. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit frahlg.substack.com [https://frahlg.substack.com?utm_medium=podcast&utm_campaign=CTA_1]

Bubbles Build the Future

There is glass buried under the oceans right now, and strung across this continent, that a whole generation of investors went bankrupt to put there. Tens of millions of miles of optical fiber, laid down in a frenzy at the end of the 1990s on the promise that the internet was about to swallow the world. Then the crash came. And at the bottom of it, of all that buried glass, only about two and a half percent was ever switched on. The rest sat dark in the ground, mocked as one of the great wasted fortunes in the history of capitalism. You are using that waste right now. It is carrying my voice to you. The man who buried a lot of it, Gary Winnick, had never run a phone company in his life. He was a bond salesman who understood something purer than how phones work: that the money was in selling the dream of the cable, not using it. He got about seven hundred and fifty million dollars out before the collapse. The bondholders got twenty cents on the dollar. We always ask the wrong question about a thing like that. We ask was it a bubble, as if the answer told you anything. The question that actually tells you what the future will look like is different. What is it building, and who gets to keep it? You should be suspicious of me Here’s the trap, and I want to name it before I start, because otherwise this whole episode is a con. I’m about to tell you a string of stories where the waste turned into the future. Of course I am. Those are the only stories anyone tells. Nobody writes the history of the bubble that left a hole in the ground and nothing else. That’s survivorship bias, and it’s the reason almost everything you’ve heard about bubbles being secretly good is garbage. So let me be honest about the base rate. Most manias leave nothing behind but lawsuits and ash. The ones that build the future are the minority, and I can’t give you the exact fraction, because anyone who quotes you a clean percentage is making it up. The title of this piece is a provocation. The claim I’ll actually defend is narrower: a specific, identifiable kind of bubble builds the future, and you can tell which kind in advance. So here’s the test. Three questions. One: did the mania fund a network or a platform, something others can build on later, rather than a paper claim or a single object? Two, and this is the one that decides it: after the crash, can the survivors buy the wreckage for pennies and reuse it? Three: does the thing have a use beyond the speculation itself? It’s a test you can break. Find me a bubble that passed all three and built nothing, and I’m wrong. The graveyard that became the foundation Run that test on the winners and watch it hold. Britain’s railway mania of the 1840s ruined a generation of clergymen and widows. George Hudson, the “Railway King,” turned out to be running a Ponzi scheme decades before Ponzi, paying old shareholders out of new capital. He died with an estate worth less than two hundred pounds. And the track stayed. The bankrupt lines were bought cheap and consolidated into the great Victorian railways. Britain lost the money and kept the railways. The fiber is the purest case, and it’s worth being precise about it, because two things were happening at once: a stock-market mania that would vaporize, and a physical buildout that wouldn’t. The whole half-trillion-dollar build rested on one number. WorldCom told the world internet traffic was doubling every hundred days. A mathematician at AT&T measured it: it was really doubling about once a year. The company’s boss, Bernie Ebbers, a former milkman in cowboy boots, committed the largest accounting fraud in American history to that point and drove himself to prison. Two trillion dollars of market value evaporated. And then, a few years later, Google quietly bought the dark fiber for almost nothing, and the glut everyone had mocked became the backbone of search, streaming, the cloud, and eventually the machines that train AI. The bubble didn’t get the timing wrong by being stupid. It got the timing wrong, and that wrongness is exactly what pre-paid for our present. They were too early. We got to be on time, for free. My favorite one leaves nothing you can photograph. The bicycle craze of the 1890s collapsed in an overcapacity glut. But to build millions of bicycles cheaply, the industry had to master precision ball bearings, sheet-metal stamping, steel tubing, chains, and the machine tools to make interchangeable parts at scale. Which is exactly the toolkit the automobile needed. Bike makers became car makers. Two bicycle mechanics named Wright used their chains and spoke wire to build the first airplane. And the cyclists’ lobbying for paved roads became the Federal Highway Administration. The car age inherited a workshop, and a road movement, that the bicycle had already built and abandoned. Sometimes the residue isn’t infrastructure. It’s capability. Which bubbles lie The test earns its keep on the failures. The South Sea Bubble and John Law’s Mississippi scheme, both in 1720, were pure paper: the thing being speculated on was the asset, so when it collapsed there was nothing on the floor to pick up. Beanie Babies left a box of toys. And 2008 is the hard case, because real houses were built, made of wood and concrete. But the signature artifact of 2008 is the “zombie subdivision”: graded lots and cul-de-sacs curving off into the desert, fifty miles from any job, with no houses. It was physical, but it wasn’t a network, and you couldn’t reuse it where it sat. Physical doesn’t mean infrastructure. That’s the whole reason there are three tests and not one. None of this makes bubbles good. The frenzy is capitalism at its ugliest, real people are ruined, and the golden age that’s supposed to follow only arrives if the society does the hard work of adapting. A bubble can leave behind useful infrastructure and a lost decade, both at once. The leftover railway is a consolation prize paid for with other people’s ruin. It is not a reason to cheer the casino. The one we’re in Which brings us to the bubble we’re standing inside of. The numbers are hard to hold: the big technology companies are on track to spend something like seven hundred billion dollars in a year on data centers and chips. There is money flowing in circles in ways that should make you uneasy. The warnings, from serious people, are getting loud. We have stood almost exactly here before. In 1929 the magic word wasn’t artificial intelligence; it was radio. The glamour stock of the age — the Nvidia of its day — was the Radio Corporation of America, up roughly two hundredfold across the decade, trading at seventy times earnings, less an investment than a religion. Then it fell ninety-eight percent, and anyone who bought at the top waited about thirty years just to break even. The paper was incinerated. But RCA the company built NBC, strung transmitters across the continent, and carried the whole apparatus forward into television. The stock was the bubble. The broadcasting industry was the buildout. The speculators were ruined, and the rest of us spent the next eighty years living inside the infrastructure their ruin paid for. So let me take a position. I think the people calling it a bubble are basically right, and mostly missing the point. The real question is which part becomes the dark fiber, and which part is swampland sold by mail. Run the test. The chips fail it. Graphics processors go obsolete in two or three years; the silicon is the tulip here, it depreciates to almost nothing. But I have to be fair, the way I was fair to the bicycle: this boom also leaves intangible residue, a trained generation of engineers, open models and tools, the hard-won knowledge of how to build these systems. That survives the crash too. And then there’s the power. And here I owe you a disclosure, because it matters: I run an energy company. So when I tell you that the thing most likely to last is the power, the grid, the generation, you’re hearing a man whose entire life points him at that conclusion. Discount me accordingly. To feed these machines, Microsoft is paying to bring a reactor at Three Mile Island back from the dead, not the famous one, the undamaged unit beside it. A transmission line lasts fifty years; its value doesn’t depend on any chatbot succeeding. That is the dark fiber of our decade. But let me break my own favorite idea before you do: a lot of that power isn’t durable either. Gas turbines built for data centers that never open will strand. The requests to connect to the grid run five to ten times higher than the data centers that will actually exist. And the comforting line, that electric cars will inherit it all, is exactly the line a man in my business wants to be true. Treat it as a hope, not a promise. So power is a durable residue, probably the most durable slice, and I’m biased toward seeing it. The honest question is still the one we started with. Who’s the Gary Winnick of this one, and which of these enormous power deals is the railway, and which is the swampland? What we get to keep In 1932, Samuel Insull’s electric utility empire collapsed and wiped out hundreds of thousands of shareholders who had trusted him. He was disgraced and broken. But the power plants stayed, and the grid he built on all that ruined money went on to electrify the Midwest for the rest of the century. The investors were destroyed. The electricity is still flowing. I’ve stopped trying to decide whether that’s a tragedy or a kind of grace, because I’ve come to think it’s both, and always will be. Nobody asked the railway widows, or the fiber bondholders, whether they wanted to subsidize the generation that came after them. The future was simply taken from them by the crash and handed forward to us. That isn’t justice. It’s only how it works. So the people pouring hundreds of billions into AI today may very well be wiped out. Many of them will be. That was never the interesting question. The question history keeps answering, in glass and steel and copper, is what the rest of us get to keep. A solo episode, about an hour. Full transcript below the player. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit frahlg.substack.com [https://frahlg.substack.com?utm_medium=podcast&utm_campaign=CTA_1]

Wander Like a Scientist

In March 2026, the most powerful company in artificial intelligence sent its own staff a memo with a single instruction: stop chasing side quests. Sora, the browser, the shopping features — distractions from the mission. Focus on the core. Four weeks later, that same company spent low hundreds of millions of dollars buying a podcast. That contradiction is the door into this episode — and behind it is a pattern that almost nobody says out loud: the side quest keeps eating the main quest, and it keeps being the best thing that ever happened. Slack was the chat tool inside a dead game. Instagram was the one feature people actually used inside a bloated check-in app nobody remembers. YouTube was a video dating site. Twitter was a hack-day toy inside a podcasting company. AWS was internal plumbing. Shopify was software a guy built so he could sell snowboards. ChatGPT — the product that reorganized the entire industry — was a “research preview” OpenAI shipped almost casually, on an older model, while the thing they were actually building sat finished in a drawer. So this episode does two things. It tells those stories — the triumphs and the graveyard — and then it asks the question that separates a good idea from a fatal one: when is a side quest genius, and when is it the thing that quietly kills your company? The argument The naïve framing is a false binary — “focus” versus “wander.” The honest answer is sharper, and it comes straight from the founders who’ve lived it: a real side quest is a controlled experiment with a capped downside and a learning goal. A distraction is a random tangent with neither. “If it doesn’t have a learning objective, it’s not a side quest — it’s procrastination.” That single distinction does all the work: * The winners didn’t gamble. They kept a cheap option alive, read the signal when the side thing had more life than the plan, and — crucially — had the nerve to kill the main quest (Stewart Butterfield did it twice: Flickr out of one dead game, Slack out of another). * The failures weren’t “they did a side quest.” They were companies that ran everything and killed nothing (Yahoo’s writedowns), bet the whole company on one uncapped swing (Magic Leap: ~$3.5B raised, ~6,000 headsets sold), or chased shiny features while the core rotted (Friendster, where the site simply stopped loading). It’s not luck dressed up after the fact. It’s optionality: when the loss is small, fixed, and known, and the upside is open-ended, a portfolio of cheap bets pays off even when most of them fail. The survivors aren’t proof it works every time — they’re proof the payoff is lopsided enough that you only have to be right rarely. Key takeaways * Focus is only noble if you’re working on the right thing — and at the start, you usually can’t know what that is. A roadmap is a hypothesis wearing a suit. * The main quest is a hypothesis; the side quest is the data. Most iconic products were the founder’s “distraction.” * A side quest done right has two properties locked in from the start: bounded loss and unbounded gain. That asymmetry — not luck — is the engine. * Two tests before you wander: Is the downside capped? Is there a one-sentence learning goal? Fail either and it’s a distraction or a gamble, not a side quest. * The detour only wins if you can quit the main quest. Exploration without the nerve to kill what isn’t working is just hoarding. * Wander like a scientist: treat the detour as a hypothesis, cap the cost up front, name what you’ll learn, set a date you’ll walk — and when the data surprises you, commit. Wander like a scientist The method fits on an index card. A dollar cap. One sentence of what you’re trying to learn. A date. A side quest is a first date, not a marriage — you don’t propose on the first night, and you decide in advance what you’re willing to spend on the evening. And it isn’t only for people raising money in San Francisco. It’s the little tool you built to survive your own job. The weekend project you feel a faint guilt about. The thing you spun up in an afternoon and haven’t told your boss about. The question was never am I allowed to do this. It’s only ever: is it capped, and what am I trying to learn? A startup that never runs a side quest isn’t focused. It’s a single point of failure — one bet, no options, wagering its whole existence on the world holding perfectly still. The wander was never the indulgence. The wander is the insurance. So focus all you want. Just focus on finding out. The bravest plan was never the one you’d defend to the death — it’s the one you’d walk away from the moment the evidence turned. A two-host deep dive (~43 min). Featuring Slack, Flickr, Discord, Twitch, Instagram, YouTube, AWS, Shopify, Hugging Face, Cursor, Wrigley, Android, Starbucks, ChatGPT, Lovable — and the graveyard of side quests done wrong (Magic Leap, Color Labs, Yahoo, Google+, Friendster). Full transcript below the player. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit frahlg.substack.com [https://frahlg.substack.com?utm_medium=podcast&utm_campaign=CTA_1]

The Search for Leverage

I just finished Jimmy Soni’s The Founders, the story of PayPal, built from years of interviews with the people who were actually in the room. And I could not stop seeing my own company in it. So this episode is a reflection — the real PayPal story held up next to Sourceful’s own messy history, told straight, as a mirror. It starts with a gadget. A gadget in my hand I owned a PalmPilot around the year 2000, when I was a cadet. I loved it. I felt impossibly modern. But here is the honest truth I can only admit twenty-five years later: I did not actually need it. I used it for notes and a calendar, and a plain paper notebook was better at every one of those things. My email I did on my computer, like everybody else. The PalmPilot was a gadget. It scratched a deep technical itch. It did not solve a real, valuable problem. I wanted it far more than I needed it. And some part of me knew it, even then. The notebook was better. I just spent the next twenty-five years, and an entire company, learning that lesson again the hard way. Because around that same time, a small company called Confinity was about to make the exact same mistake — with a few hundred million dollars riding on it. A pivot is not a decision Confinity’s flashy idea was beaming money between two PalmPilots over infrared. A beautiful demo. They even hired Scotty from Star Trek to launch it. And almost nobody used it. The thing that actually worked was a throwaway feature in the corner of the website: sending money by email. eBay sellers found it on their own and started pasting “pay me with PayPal” into their auctions. Nobody decided that. There was no meeting where someone said “we pivot from PalmPilots to email.” The afterthought ate the main product because the afterthought was the only thing connected to anything real. We tell startup stories as a chain of brave decisions. Read honestly, they look much less like decisions and much more like this: > A pivot is not a decision. It is the system showing you where you actually have a grip. Contrarian about the destination, empirical about the route Peter Thiel’s famous question — what important truth do very few people agree with you on? — is necessary but nowhere near enough. The man who wrote the most-quoted line about contrarian vision ran a company that survived by abandoning its vision for whatever users were already doing. A secret is a reason to exist. It is not yet a product. So the whole job is holding two opposite things at once: be contrarian about the destination, and empirical about the route. And the hardest part of being empirical is that the value is so often hiding in the place you find most annoying. PayPal thought it was building a Western Union; it turned out people were sending ten dollars for Beanie Babies on eBay. Max Levchin was tempted to block those low-value users off the system. The friction is not noise. The friction is the signal. Rådighet: the variable underneath There is a Swedish word that English keeps failing to translate: rådighet. Control is too weak, authority too legal, leverage too financial. It means the right and the real ability to dispose over a thing — to reach it, command it, change it. You have rådighet over what your hand actually touches, not over what you merely have an opinion about. A company can only stand where its control surface meets the physics. PayPal almost died of fraud, and the thing that saved it was the one capability it could fully command: real-time fraud defense, a system they named Igor after a fraudster they could never catch. PayPal’s moat was rådighet over the one loop that could not wait. Sourceful learned the same lesson the expensive way, asset by asset. We were believers in DePIN — paying a crowd in tokens to build infrastructure. (For the record: we never burned tokens, only rewards and the promise of future ones, and I’m proud we never confused the token for the product the way most crypto projects do.) The Nordics looked at a wallet in their energy app and said no. So we built a genuinely good consumer energy product — and ran straight into a wall, because to charge for it we’d have to beat Tibber and Greenely, who already bundle it for free. Better product loses to better position, every time. Then V2X, which failed for the cleanest reason in the whole story: we had no rådighet over the charger. A perfect lever, bolted to nothing. Most pivots aren’t pivots Here’s the word I want to retire from the startup vocabulary, or at least handle with care: pivot. We use it for everything — new pricing, new segment, new channel. But most of that is not a pivot. It’s just running a company. The real job of an early startup is a loop: build, measure, learn, adjust — with your sights locked on the same destination the whole time. A real pivot is when the product itself becomes a fundamentally different thing, and those are far rarer than the war stories suggest. The token was never our product. Letting it go was the loop, not a pivot. And you can usually only tell the difference in hindsight. “Pivot” is a word we paste on afterward, when we sit down to write the clean story — which is the exact same thing the PayPal myth does when it turns a chaotic, near-death stumble into a tidy chain of brave decisions. The clean story is written by the survivors So where does it land? PayPal didn’t become crypto or a bank. It became the boring rail, went public in the middle of three simultaneous near-death threats, and got bought by the very host that had spent years trying to kill it. The grand vision survived by becoming infrastructure nobody could route around. Sourceful is now going where we finally own the asset and command the flow — commercial batteries and the financial engineering around them. I genuinely don’t know yet if it works. It’s the first place the lever is connected to something, which is a weaker claim than it sounds. It might be the same mistake in a more expensive suit. The honest question is the one I can’t fully answer: how do I know which of my dead ends were wrong, and which were just early? Musk’s X.com vision wasn’t wrong — he’s rebuilding it now, twenty-five years later. Neither Thiel nor Levchin nor Musk could tell, at the time, with the outcome still unknown. The clean story is always written afterward, by the survivors, who mistake their survival for foresight. A company is the long search for rådighet — for the one place your hand actually reaches. What looks, from the outside, like a string of pivots is really just that search: one stubborn destination, tried against one locked door after another, in the dark, before anyone knows how it ends. That’s the search. There isn’t another one. Listen to the full episode on Coordinated with Fredrik [https://coordinated.substack.com]. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit frahlg.substack.com [https://frahlg.substack.com?utm_medium=podcast&utm_campaign=CTA_1]

Burning Forward

You will take roughly six hundred million breaths in your lifetime. Most of them you will not notice. You are taking one right now. The breath is happening. You did not start it. You are not finishing it. It is something the body does, automatically, to keep itself out of equilibrium with the air around it. In plain physics, a breath is an energy exchange — oxygen in, carbon dioxide out. The chemical gradient that runs every cell in your body is sustained by this exchange. A breath is a microscopic act of dissipation. One small cycle of the same arrow that has been pointing in one direction since the Big Bang. In Stoic practice, the breath is the first object of attention. The Greek word is prosoche. To pay attention. The Stoics began here because the breath is the only thing that is always with you, always now, always under at least some part of your control. We say “time is running out.” We say “life is short.” We act as if time were a substance, like water in a glass, slowly draining. The physics says otherwise. There is no substance to run out. There is a pattern dissipating, as such patterns do. That pattern is what we call a life, and each breath is one local moment of it. Time is not running out. Time is what we are. That sentence is the working thesis of this episode. Given it, the question becomes operational rather than existential. What is a breath for? What is a day for? What is a life for? Not philosophically — practically. You are doing it now. What is it doing? Three sources help answer that. The physics of dissipative structures, which says what we are. Two thousand years of Stoic practice, which says how to bear it at the personal scale. And the newer accelerationist intuition, which says civilizations are dissipative structures too, and asks what to do at the species scale. Taken together they point to a single position. I call it accelerated equanimity. Brådska utan panik. Handling utan grepp. Dödligheten som bränsle, inte ankare. Urgency without panic. Action without grasping. Mortality as fuel, not as anchor. Acceleration is the universe’s hand. Equanimity is yours. We Are Time The laws of physics, almost all of them, are time-reversible. Newton’s equations, Maxwell’s equations, Schrödinger’s wave equation, Einstein’s field equations. You can run any of them backward on paper and they still work. The asymmetry between past and future does not live in the equations of physics. There is one exception. The Second Law of thermodynamics. Entropy increases. The British astrophysicist Arthur Eddington named it the arrow of time in 1928, in his book The Nature of the Physical World. A century later, the Second Law is still the only arrow physics gives us. Now a technical point that turns out to matter. Statistical mechanics by itself predicts entropy increase in both temporal directions from any given moment. The arrow is not given by the equations alone. The asymmetry is supplied by a cosmological posit: the universe began in an extraordinarily low-entropy state. The philosophers David Albert and Barry Loewer call this the Past Hypothesis. The arrow points away from that initial state. Not toward anything. Away from something. Roger Penrose estimated the specialness of that initial state at one in ten to the ten to the one hundred twenty-third — a number so large it cannot be written in standard notation. The universe began ordered to a degree we have no physical explanation for. Every breath you take is downstream of that unexplained beginning. Carlo Rovelli takes this further. In The Order of Time (2017) he argues that time is not fundamental — it emerges from the entropy gradient combined with our macroscopic, coarse-grained perspective. His term is thermal time: a function of the blurring imposed by being embedded, dissipating observers. We perceive time because we cannot see all the molecules. The blurring is where time lives. Here is the anatomy of the thesis. Memory is an entropy artifact — making a record requires a low-entropy ready state (a blank page, an unmagnetized tape, an unfired neuron). Agency is an entropy artifact — we manipulate causes to get effects, never the other way. The very category of now is an entropy artifact: the fact that you are an embedded observer who can ask “what time is it?” requires the universe to be away from equilibrium. At thermal equilibrium there is no remembering subject. There is no agency. There is no breath. There is no you. In the closing chapter of The Order of Time, Rovelli writes a sentence that is almost our thesis verbatim: We are stories, contained within the twenty complicated centimeters behind our eyes, lines drawn by traces left by the mingling together of things in the world, and oriented toward predicting events in the future, toward the direction of increasing entropy, in a rather particular corner of this immense, chaotic universe. We are not in time. We are of time. We are local patterns in the direction the universe moves as it equilibrates. Memory, choice, breath — all of them are the arrow at human scale. This is a defensible mainstream position, not consensus. Lee Smolin argues that time is fundamental, the future open in a stronger sense. Tim Maudlin argues that passage is metaphysically primitive. The working frame here is the thermodynamic-time view because it is the strongest physical story we have. If Smolin is right, the practice on the other side of it changes very little. The previous episode, EP091, established the immediate consequence: life is a dissipative structure, temporary order paid for by a gradient falling through. Jeremy England extended Prigogine with a precise mathematical bound: in driven non-equilibrium systems, configurations reached via histories of greater work absorption and dissipation are statistically more likely. The conservative reading — life-like organization is one of the things matter can do under sustained energy flow — is enough for the rest of this argument. The Stoic Reading Given that we are time, the most basic question reasserts itself. What is a human life for? The Stoics asked this harder and clearer than almost anyone since, and they asked it under load. Marcus Aurelius asked it on the Danube during plague. Seneca asked it in a court that would eventually kill him. Epictetus asked it from inside slavery. None of them were academics. All of them wrote operationally. Marcus Aurelius, Meditations 4.17 (Hammond): Do not act as if you had ten thousand years to live. The doom hangs over you. While you live, while you can, become good. Meditations 4.43: Time is a river of all created things, and a violent stream. As soon as a thing has been seen, it is carried away, and another comes in its place, and will be carried away too. Marcus’s metaphor of the river of time is the closest classical analogue to Rovelli’s thermal time. He is not lamenting. He is describing — sitting in a military camp on the edge of a war he is losing, watching the river move, writing it down. Seneca, De Brevitate Vitae: It is not that we have a short time to live, but that we waste a lot of it. In Latin: non exiguum temporis habemus, sed multum perdidimus. The verb perdidimus — we have squandered, destroyed, lost — is sharper than “waste.” Seneca is precise. The life isn’t short. We destroy most of it. The rhetorical center of the Stoic case is Seneca’s first letter to Lucilius, on saving time. From the Graver and Long translation (2015): Do that, my Lucilius. Lay claim to your own self. Gather and save the time that until now was being taken from you, or was stolen from you, or that slipped away. Look closely, and you will see that even when we are doing our best, a large part of life slips away from us when we are doing badly, the greatest part when we are doing nothing, and the whole of life when we are doing something else. Whom can you show me who sets any value on his time, who reckons the worth of each day, who realizes that he is dying daily? For this is our mistake. We think death lies ahead, when most of it is already behind us. Nothing, Lucilius, is ours, except time. In Latin: Omnia, Lucili, aliena sunt, tempus tantum nostrum est. Everything else is borrowed. Only time is ours. This is our thesis in classical form, two thousand years early. Seneca did not have the physics. He had the structural insight without the equations. Epictetus, Enchiridion 8 (Hard): Do not seek to have events happen as you want them to, but instead want them to happen as they do happen, and your life will go well. This is amor fati in its earliest and sharpest form — love of fate, acceptance of what is. Critically: this is not quietism. The Stoic dichotomy of control (some things are in our power, others are not) is not a sedative. It is a workload allocator. Spend cycles on what is yours. Do not spend cycles on what is not. Marcus ran an empire. Seneca governed at court. Epictetus, born in chains, taught philosophy to senators. The dichotomy tells you where to spend cycles, not to spend none. A deeper point worth naming: the Stoics held that only the present moment exists actually. Past and future, in their account, subsist but are not concrete. Chrysippus argued no time is wholly present — every now is divisible into past-and-future portions. The strictly present is a limit, not a duration. That is a philosophical rhyme with Rovelli’s thermal time. Not a derivation. Not the same physics. The Stoics arrived at a structurally similar position twenty-two centuries before anyone could write down the equations. For the Stoics, to live in accord with nature meant aligning one’s reason with the cosmic logos — the rational principle that orders the universe. They did not separate physics from ethics. Logos was both. I want to be honest here. This is what the Stoics historically thought. It is not a refutation of David Hume’s eighteenth-century objection that you cannot derive an ought from an is. Hume’s gap is a logical point, not a historical one. We do not get to skip past Hume just because the Stoics never accepted his separation. The episode’s actual answer to Hume comes later, in the synthesis, and it is Bernard Williams’s answer, not Chrysippus’s. The practice. Pierre Hadot, in Philosophy as a Way of Life (1995), recovered Stoicism as a set of daily spiritual exercises. Three of them anchor this episode: * Prosoche — attention to the present moment. The act we began with, on the breath. * Morning preparation — before the day begins, rehearse the day’s likely difficulties and your principles. What is mine to do today? What is not mine? * Evening examination — after the day ends, review it. Where did you spend cycles on what was not yours? Seneca describes lying in bed running the day back through. The next day’s preparation comes from the previous day’s examination. Two thousand years old. Still works. The Accelerationist Reading The personal scale is one reading of the same physics. There is another scale on which the same physics has implications. Being honest about what we are means being honest at every scale. Stoicism asks what a single human should do with a single day. A different tradition asks what an entire species should do with the time it has. That tradition is younger, less well-developed, more contested. It also might be right. The bridge is the same dissipative-structure logic from EP091, applied at scale. Cells. Organisms. Ecosystems. Civilizations. Each is a dissipative structure at its level. Each maintains itself by directing the entropy gradient that runs through it. Last episode said you are one. This episode says a species is one too, at a different scale. Start with the cleanest part of the accelerationist program, which is also the least handwavy part. Guillaume Verdon is a physicist, formerly at Google’s quantum AI team. He founded Extropic in 2022, emerged from stealth in March 2024 with $14.1M from Kindred Ventures. They are building probabilistic thermodynamic computing hardware — supercooled Josephson junctions that exploit natural thermal noise instead of fighting it. The argument: digital computation fights physics. You spend energy to suppress thermal noise into clean ones and zeros. Nature already computes via thermodynamics. Proteins fold, neurons fire, ecosystems adapt — none of these systems pay the cost of suppressing noise into clean bits. They use the noise. They compute with it. Build machines that compute the way the universe computes. Extropic claims roughly 10,000× the efficiency of GPUs for a specific class of workloads called energy-based generative models — models where the answer is the configuration the system settles into when you let it run, rather than the output of an explicit calculation. If even a fraction of that holds up, the implications for AI energy use are large. This is a falsifiable engineering bet. Whether or not the universe “wants” more entropy production is a separate question. Whether noise-native probabilistic hardware is more efficient for certain workloads is a concrete empirical claim. You can verify it on a benchtop. Now the philosophy. Verdon, writing pseudonymously as Beff Jezos, co-authored with the pseudonymous Bayeslord the canonical text of effective accelerationism. Published in July 2022 on Substack as “Notes on E/acc Principles and Tenets” [https://beff.substack.com/p/notes-on-eacc-principles-and-tenets]. His identity behind the pseudonym was revealed by Forbes in December 2023. The thermodynamic claim is e/acc’s reading of Jeremy England’s dissipative-adaptation work. The load-bearing line: The universe exponentially favors futures where matter has adapted itself to capture more free energy and convert it to more entropy. And the normative move: Stop fighting the thermodynamic will of the universe. You cannot stop the acceleration. Here I want to draw the is/ought line very carefully, because it is where most of the disagreement actually lives. Jeremy England’s physics is descriptive. His papers derive a bound. They do not say the universe wants more dissipation. They do not say acceleration is good. England himself is an Orthodox rabbi who has explicitly distanced himself from secular accelerationist appropriation of his work. He frames the physics as compatible with meaning, not as a substitute for meaning derived from outside physics. What the physics gives us is this: we are dissipative structures, and this is what such structures do. The leap from “this is what we are” to “therefore accelerate” is an additional ethical move — made by us, on top of the physics. Not a derivation. A choice. We have to own it as a choice. The lineage in one sentence: e/acc inherits its structure from Nick Land’s 1990s concept of teleoplexy, with the gothic stripped out. Land had cybernetic-libidinal metaphors. Verdon has Jeremy England’s physics. The argument moves from poetry to equations, but the underlying shape is similar. Two thinkers reach a similar civilizational ambition without invoking thermodynamics at all. David Deutsch, in The Beginning of Infinity (2011), argues that humans are universal explainers. The laws of physics permit indefinite progress. There is no in-principle ceiling on what minds embedded in matter can do. Problems are soluble. Pessimism is a failure of imagination. Cancer, fusion, alignment, aging — none of them are excluded by the laws of physics. They are excluded only by the absence of explanations we have not yet generated. Tyler Cowen, in Stubborn Attachments (2018), argues from population ethics. Because future people matter equally and there are many more of them, sustainable long-run growth dominates almost every other moral consideration. Two percent annual growth versus zero percent, compounded across a century, is not a difference of 2%. It is a difference of seven times the standard of living, sustained, for every person alive. The math is overwhelming. Compound the future, because that is where almost everyone is. A crucial qualification. Karl Schroeder argued in The Deepening Paradox that mature dissipative structures approach efficiency, not maximum throughput. The thermodynamically mature civilization is the one whose grid moves more per joule, not the one with the largest joule throughput. Capability per unit dissipation. Not dissipation. The mature dissipative structure burns more cleanly, not louder. This complicates simple “accelerate” framing. And then there is the alignment problem, which deserves to be named directly. An unaligned superintelligence pursuing the wrong objective is not high-complexity dissipation. It is high-entropy collapse. A paperclip-maximizer universe is high-entropy and low-complexity at the same time. Most high-entropy futures are boring. Most high-entropy futures contain no observers. The futures we care about are a small subset of the futures the physics permits. This is not a separate concern from acceleration. It is the constraint that determines whether acceleration produces complexity or collapse. Acceleration without steering is combustion. Which brings us to where Stoicism does the real philosophical work on top of accelerationism. The civilizational frame gives us what to aim at: more pattern, more capability, more of the lightcone touched by intelligence. The Stoic frame gives us how to bear the not-yet. Acceleration is the universe’s hand. The waiting, the failure modes, the personal cost of building under load — that is yours. Build like the future depends on it. Do not let the building depend on the future. Burning Forward Physics says we are dissipative structures. Stoicism reads that at the personal scale and gives a daily practice. The accelerationist tradition reads the same physics at the civilizational scale and gives a long-horizon project. The two readings are not at war. They are the same physics asked at different scales. The synthesis position has a name. Accelerated equanimity. This is not “build now, rest later.” It is not “be present at home, accelerate at work.” It is not a balance between two modes. The two postures are simultaneous. That is the discovery the historical exemplars confirm. None of them sequenced these. All of them held them together. Marcus Aurelius wrote the Meditations in field tents while running an empire of fifty million during a plague. Not a journal of retreat — a working notebook in the same hand that signed legal reforms, prosecuted frontier wars, and managed an extractive economy under existential pressure. The Meditations and the empire were not two projects. He also presided over the persecutions at Lyon during his reign, devalued the silver denarius to pay for the wars, and bequeathed the throne to his catastrophic son Commodus. The synthesis is not virtue. It is posture under physics. Norman Borlaug spent six decades walking wheat fields in Sonora and the Punjab. His semi-dwarf high-yield wheat averted famine for an estimated several hundred million to a billion people. He lived modestly in Mexico City. His 1970 Nobel lecture was titled The Green Revolution, Peace, and Humanity — and he framed the wheat work explicitly as a holding action, a way to buy thirty or forty years against the population problem. Not a solution. He also presided over real ecological costs — groundwater depletion in the Punjab, smallholder displacement, dependence on inputs the poorest farmers could not afford. He was dismissive of organic agriculture, sometimes contemptuously so. Real. Not idealized. Richard Feynman drove from Los Alamos to Albuquerque to be with his first wife Arline on the night she died. Then drove back to Los Alamos to keep working on the bomb. Two years later he wrote her a letter ending: “I love my wife. My wife is dead.” The equanimity of his own death decades later was the same posture: “I’d hate to die twice. It’s so boring.” Maximum intensity on problems he found interesting. Refusal of the social machinery around science. The acceleration and the equanimity were one person. His treatment of women was, by any standard, bad. One posture, one life, with its real costs. Steve Jobs, Stanford 2005, twenty months after his cancer diagnosis: For the past 33 years, I have looked in the mirror every morning and asked myself: if today were the last day of my life, would I want to do what I am about to do today? And whenever the answer has been no for too many days in a row, I know I need to change something. The second-act Apple comeback was the most acceleration-per-year of any consumer-tech company in history, run by someone increasingly aware he was dying. He also delayed conventional treatment for nine months on a diagnosis where time mattered. He could be cruel to subordinates as a documented practice. He denied paternity of his daughter Lisa from her birth in 1978 until well into the 1980s, even as her mother lived on welfare. Built like he had no time. Acted, on his own body and relationships, like he had all of it. Yvon Chouinard, September 14, 2022: transferred Patagonia to the Patagonia Purpose Trust and the Holdfast Collective. “Earth is now our only shareholder.” Pioneered clean climbing in 1972 by phasing out his own bestselling pitons because they damaged rock. Switched Patagonia’s entire cotton supply to organic in 1996. Ran the “Don’t Buy This Jacket” ad on Black Friday 2011. The exit was structurally the cleanest available form of not grasping. It was also tax-efficient — the transfer structure avoided an estimated $700M in capital-gains and estate tax. The structure has its critics. Real climate work is not done by holding companies. Patagonia is still a clothing brand. Even the cleanest move is morally textured. Built like the company would outlive him by a century. Held the ownership like he would lose it tomorrow. Five exemplars. Five different centuries. Five different domains. The same shape. Five recurring features: * The two postures are simultaneous, not sequenced. Nobody did the acceleration first and the equanimity later, or the other way around. The synthesis is one motion. * The discipline is operational, not aesthetic. Procedure under load. Not retreat to a study. * Outcome is held genuinely loose. Marcus failed his succession. Borlaug calls his life’s work temporary. Feynman calls death boring. The position is not justified by the outcome — it is justified by the present rightness of the act. * Each one is morally complicated. Each had people they failed. Each had blind spots they did not close. The synthesis is not virtue. It is posture under physics. * Mortality is treated as data, not drama. A constraint that clarifies the problem. Not a wound that requires processing. The Practice What does the synthesis actually look like in operation? Three nested loops, each running at its own cadence. The smallest loop is the breath. Prosoche. Attention to the present moment. The act of noticing that you are noticing. Hadot’s first spiritual exercise. Csikszentmihalyi’s flow at its base case. This breath, now. That is the loop that runs every second of every day, when you remember to run it. Most of us don’t, most of the time. That is fine. The practice is the noticing, not the perfection. The middle loop is the day. Hadot’s morning preparation and evening examination. What is the work that is mine today? What is the load that is not mine? In practice, morning preparation is fifteen minutes with a notebook and the calendar — the work that is yours, the interruptions you can already see coming that are not yours, the one decision you have been postponing because it is uncomfortable. Naming the difficulty in advance is the practice. The practice does not make the difficulty smaller. It makes you ready for it. The outer loop is the decade. The project. The building. What would I want to have shipped, contributed, made possible, in the next ten years if I knew this was the time I had? What is the largest pattern I can direct on the way down? Cowen would say: compound. Deutsch would say: explain. Verdon would say: build hardware that respects the substrate. All three are saying the same thing at the decade scale. Build like the future depends on it. Do not let the building depend on the future. The Honest Move I want to be honest about what this position is, philosophically. This is a posture, reflectively endorsed. Not a derivation from physics. Physics describes. We endorse. The endorsement is the ethical act, not the physics. The British philosopher Bernard Williams argued that ethical reasons only have grip on you if they connect to what you already care about — he called these internal reasons. Alasdair MacIntyre argued that a life only adds up if its acts belong to a coherent story — he called it narrative ethics. The episode is in that lineage. Not in the position that physics dictates ethics. Hume’s gap stays open. We just decide which side of it to stand on, knowing what we are. One more honest note. As far as I can find, no one has put these four corners together in print before — Rovelli’s thermal time, England’s dissipative physics, Stoic prosoche, and Deutsch’s universal explainers, joined into a single position. That may be because the synthesis is wrong. It may be because it is too obvious to write down. This episode is the bet that it is neither. The civilizational-scale dissipative structures of the previous section are not abstract for the person writing this. The grid is one of them. That is all that needs saying. Back to the Breath We started with a breath. We end here. Nothing has changed about the scene. Everything has changed about what we see in it. The breath that is happening right now is one of about six hundred million. Most of them will not be noticed. This one, the one happening as you read this sentence, is. A breath is a microscopic dissipative event in a structure called you, which is a dissipative event in a planet, which is a dissipative event in a galaxy, which is a dissipative event in a universe equilibrating from the Past Hypothesis. The same physics at every level. The arrow points in one direction at every scale. None of it is running out. There is no substance to run out. What we call running out is a local pattern dissipating, as such patterns do. Each breath is one cycle. Each thought is. Each day is. Each decade is. The entire pattern that is you is. Omnia, Lucili, aliena sunt, tempus tantum nostrum est. Everything else is borrowed. Only time is ours. Seneca wrote that two thousand years before Rovelli, before Eddington, before the Past Hypothesis had a name. He did not have the physics. He had the structural insight. The practice. Presence at the personal scale. Building at the civilizational scale. Outcome held loose at both. Burning forward. With attention. We don’t have time. We are time. And for as long as this pattern lasts — for these six hundred million breaths, more or less, most of them unnoticed — the practice is the same at every scale. Three lines. One for each scale. Pay attention to what is yours. Build what you can. Hold the outcome loose. For as long as this pattern lasts. Key Takeaways * Time is not running out. Time is what we are. We are dissipative structures — local patterns in the direction the universe moves as it equilibrates. Memory, agency, “now” are all entropy artifacts. * The Past Hypothesis is what makes the arrow of time directional. The universe began in an extraordinarily low-entropy state (Penrose: 1 in 10^(10^123) specialness). Everything since has been leveling. * Stoicism is the personal-scale ethic of a dissipative structure. Marcus, Seneca, Epictetus, Hadot. The dichotomy of control is not quietism — it is a workload allocator. Spend cycles on what is yours. Do not spend cycles on what is not. * The accelerationist tradition is the civilizational-scale ethic of a dissipative structure. Verdon, Deutsch, Cowen. Build, expand, extend the pattern — with steering. Acceleration without steering is combustion. * The two ethics are not at war. They are the same physics at different scales. Accelerated equanimity is the synthesis: urgency without panic, action without grasping, mortality as fuel. * The two postures are simultaneous, not sequenced. Marcus on campaign. Feynman at Arline’s deathbed. Jobs in the Stanford mirror. Borlaug in the wheat fields. Chouinard at the trust paperwork. Five centuries, five domains, one shape. * Physics describes. We endorse. The episode is in continuity with Williams’s internal reasons and MacIntyre’s narrative ethics, not in the position that physics dictates ethics. Hume’s gap stays open. We decide which side to stand on, knowing what we are. * The practice is three nested loops. The breath. The day. The decade. Each is the same act at a different cadence. * Build like the future depends on it. Do not let the building depend on the future. We don’t possess time. We are one of the more elaborate things time does as it runs through. And for as long as this pattern lasts, the practice is the same at every scale. Full transcript available below the audio player. This is a public episode. If you would like to discuss this with other subscribers or get access to bonus episodes, visit frahlg.substack.com [https://frahlg.substack.com?utm_medium=podcast&utm_campaign=CTA_1]