The Flywheel (Part #2)

Every passage, on the record.

1. 06:21Analogy

   When we build on a firm foundation, we no longer need to sink reserves into reinforcing the base, because the base can't shift. If the base can't shift, there's no point reinforcing it, it's not allowed by the rules themselves.

2. 09:52Analogy · condensed

   Knowledge is like a physically unique shape of a Lego block. Every block is good on its own, but it's even better combined with other pieces, and the combinatorial space grows very quickly with each new piece. We don't want to rebuild the castle that's already built, we want to ask what one new piece changes about everything already built.

3. 18:59Analogy · condensed

   Think of it like a gold rush: once one nugget is randomly found by an earlier traveler in a region, that shows everyone else it's a good idea to point their effort there, because it's going to bear the most fruit in energy efficiency and savings. A concept, idea or theory is the nugget in this case.

4. 34:02Analogy · condensed

   You put your own oxygen mask on first, and then you look around to see who else you can help. You fix your money, and then you fix your world next, not the other way around.

5. 04:28Prediction · condensed

   It's impossible to calculate how much allowing monetary drift held back the extended order's explanatory knowledge, so thinking the gains from Bitcoin fixing that stop here, or that they'll slow down as adoption grows, is ridiculous. This is not slowing down.

6. 26:21Prediction

   Prices drifting down forever in sats reflects rising knowledge in the extended order. The measuring stick has stopped lying, and that's what flips the script.

7. 31:17Prediction

   We don't have to guess anymore, we have fifteen years of data, and the elephant in the room is that it's incredibly valuable. It's going to win the money game because it enables all sorts of winning in the knowledge game.

8. 02:20Idea

   It's incredibly costly to alter Bitcoin, near impossible, without telegraphing the effort and broadcasting it to the entire world, which makes the game theory of attacking the network very, very difficult.

9. 03:55Idea · condensed

   We can go deeper because we have a storage system for who did what and when that refuses to drift. If that system cannot be manipulated, we no longer need to allocate resources to making sure it doesn't drift, all of that becomes redundant and can be reallocated to solving new problems.

10. 12:43Idea

    We need to develop a tool that will compress this communication so that everyone just gets the signal, filtered and condensed and compressed down so we eliminate the noise: a novel tool we're going to call price, a number converged upon to reflect the demand for a piece of information's ultimate utility.

11. 19:37Idea

    The deeper the specialization, the greater the chance of spotting and building upon domains of knowledge, and you can't get to the edge if you're a generalist, there's too much space to be an expert in everything.

12. 26:21Idea

    The best way to define wealth is by the number of physical transformations that one can bring about in the world. More transformations equals more wealth. Wealth is good. More transformations is another way of saying more energy that we can control and direct to what we determine to be useful work.

13. 30:07Idea

    We are always at the beginning of infinity in the knowledge space, and that's incredibly helpful, because it means we can solve our problems with enough hash and storage that is hard enough to vary. The storage half of the problem has been solved.

14. 25:51Reference

    We know because it's one of the biggest unlocks that I got out of David Deutsch's work, that the best way to define wealth is by the number of physical transformations that one can bring about in the world.

15. 30:07Reference

    Back to David Deutsch and the title of his book, we are always at the beginning of infinity in the knowledge space.

16. 26:54Reference

    This is what flips the script, and I guess Jeff Booth's work is sort of centered around all of this, the cultural misunderstanding of deflation, the negativity towards deflation.

17. 32:56Reference

    Sailor himself uses an example of this all the time at the country level, being a successful business in a nation that is experiencing hyperinflation. If you're off in your storage allocation or your energy resources, nothing else matters.

18. 00:34Claim · condensed

    Money is a physical order that is hard to vary and useful, and by itself it's a tool used elsewhere in the extended order to increase our ability to hash for new knowledge, facilitating coordination since we no longer generate all of our own order to meet daily needs.

19. 01:17Claim · condensed

    Low entropy money means fewer loopholes for energy waste or rewrites of the past, because rewriting the past on Bitcoin is more expensive than on any other system we know of, which means it requires more work, which requires more energy.

20. 01:47Claim · condensed

    We're trying to boil down all the decisions and allocations we make in the extended order to how to maximize our ability to generate physical transformations, because that lets us persist and have optionality against an unknown future.

21. 02:52Claim · condensed

    If users know an attack on the network would be very difficult, and that they would be alerted to one being mounted, they can rely on the rules not being broken.

22. 05:05Claim · condensed

    As the flywheel spins faster it requires less energy input for the same output, which makes everything downstream faster and easier, and solving more problems is better because it alleviates suffering.

23. 05:44Claim · condensed

    If I can trust a foundation that won't drift or change who owns or owes what, I can look after my future self with far fewer resources dedicated to that process, the way a base that can't shift needs no reinforcing.

24. 07:21Claim · condensed

    Civilization ultimately wins by adopting the tool that generates knowledge faster and stores it in a form that's harder to vary, because that's the game everyone is actually playing.

25. 07:56Claim · condensed

    Combining physical constraints on digital information with energy and long term planning results in an increase in capital accumulation across every area of the economy, not just one, because we devote more resources to identifying the fruitful areas of the search space.

26. 08:38Claim · condensed

    It's better for one person in the extended order to discover a useful piece of knowledge and store it accessibly than for ten people to duplicate the same work, since we only needed one of them to solve it.

27. 09:52Claim · condensed

    Every hash that rehashes something already solved is wasted, unless you're building something that lets you hash better or deeper in that field, in which case you have to know all the levels that came before you.

28. 11:38Claim · condensed

    We need to figure out how to direct the most valuable hash space inside a field that represents all possible knowledge, when each participant only has a small local picture of that knowledge.

29. 14:21Claim · condensed

    High prices are a signal that there's knowledge nearby worth hashing, either unsolved or lost to entropy because it was once stored somewhere too easy to vary, and either way, that's where to start if you want to help the most people. Prices tell the extended order where the surpluses and deficits are, and the deficits are in knowledge.

30. 15:31Claim · condensed

    As savings and capital accumulation grow across the extended order, that capital becomes credible collateral, which changes the architecture of the system it lives on, because the price of risk no longer has to feature debasement or rugpulls as prominently.

31. 16:44Claim · condensed

    With policy risk off the table, we can properly price actual project risk, which filters out subsidy hunting behavior, since that behavior adds noise that shows up in prices.

32. 17:52Claim · condensed

    Clear prices mean we fund narrower, higher signal niches inside the hash space, because the map actually is the territory now, an accurate gauge of what reality and what people want solved actually looks like.

33. 20:45Claim · condensed

    Hashers can read the ebb and flow of prices in a free, open market undistorted by outside noise, and more noise in that channel means more energy spent filtering and less energy spent actually computing.

34. 21:48Claim · condensed

    The extended order rewards deeper specialization so that all the combinatorial Lego builds get explored and tested in the areas that have the most knowledge worth hashing, and price is the tool that directs that.

35. 23:37Claim · condensed

    More iterations of conjecture, refutation and error correction let us hone in closer to the truth, and more knowledge means more energy saved, because we're getting better at deciding where to spend it, reducing redundancy and waste.

36. 24:48Claim · condensed

    As we solve more problems, prices keep dropping because we become more efficient, and that drop signals to people still chasing that market that they should go hash for knowledge somewhere else.

37. 25:20Claim · condensed

    The faster we discover useful explanatory knowledge, the less suffering there is and the greater the chance we persist into the future, since suffering is really just a knowledge problem we should be able to eliminate given enough knowledge.

38. 27:32Claim · condensed

    The world is speeding up and efficiency won't wait for human arbitration over whether a transaction is valid, those human bottlenecks are constraints we should be eradicating.

39. 28:03Claim · condensed

    The faster machines can exchange value with each other, the more valuable they become, and the more tasks that would have required a person get handled by machines, the more people are freed to focus on knowledge hashing instead.

40. 29:05Claim · condensed

    The useful test for narrow AI is simply whether it increases the iterations of trial combinations of information or impedes them, more combinations for less energy input is obviously good, and we want max hashing all the time.

41. 30:40Claim · condensed

    Bitcoin solves the money and trust problem, the coordination problem, and the storage problem, using a measuring stick that stays constant, and staying the same is the value that everything else adopts and integrates.

42. 31:49Claim · condensed

    You don't need some crazy scheme to take advantage of this: you buy Bitcoin, and keep buying it, until you've generated knowledge that solves a problem bigger than the one you already solved just by holding and not feeding a system that was farming your energy yield.

43. 32:22Claim · condensed

    If a choice or belief you hold puts you in a worse energy position relative to how much knowledge hashing you or your family can direct at deep specialization, that's a red flag worth investigating.

44. 32:56Claim · condensed

    You can't work your way out of a leaky system: if your storage allocation or energy resources are off, nothing else matters, and every other action produces subpar performance until the leak is fixed.

45. 26:54Quote

    The measuring stick has stopped lying.

46. 25:20Quote

    Suffering we can think of as just a knowledge problem.

47. 30:07Quote

    We are always at the beginning of infinity in the knowledge space.

48. 30:40Quote

    Staying the same is the value.

49. 31:49Quote

    You just buy Bitcoin. That's it.

50. 32:56Quote

    You can't work your way out of a leaky system.

51. 34:02Quote

    You fix your money and then you fix your world next.