C_f >> C_p & Free Will

Every passage, on the record.

1. 00:00Idea

   Today I wanted to circle back on the last podcast, because I think I ended it a little bit abruptly, without making it explicit that the one key addition to everything that had built up before, in terms of knowledge generation, is the cost of falsifiability versus the cost of preservation. And the cost of falsifiability in any knowledge has to be extremely higher than the cost of preservation.

2. 00:30Reference

   You've seen it in something like Jason Lowery software, there were examples in his bow tie notation of the benefit versus the cost of attack, you want the cost of attack to be very high and the benefit of attack to be very low. We're almost saying the same thing, except now we're talking about epistemology, knowledge, and the whole process that is life.

3. 01:08Claim

   To recap quickly, the thesis is that life is a universal process, and the process is of hashing knowledge into matter and time so that it becomes harder to erase than it does to preserve. How this gets done is through a few different layers: consciousness, creativity, and free will.

4. 01:41Claim

   Consciousness recognizes the arrow of time and then spots the entropy gaps, mismatches between the expected order and the observed state. You need two different temporal snapshots, and those snapshots evolved over time to be useful, useful for preservation, useful for something like DNA, which is information, which is knowledge that has transformational powers in the physical world around it.

5. 02:17Claim

   Consciousness is almost the stage or the arena where this all plays out, and what is playing out is creativity. Creativity is generating new explanatory knowledge that turns those recognizable gaps of disorder into order and then embedding them physically into physical substrates.

6. 02:17Analogy

   Consciousness, you can almost think of as the stage or the arena where this all plays out.

7. 02:50Claim

   I like the term hashing better because it reminds me of Bitcoin, specifically that the cost of falsification is much, much higher than the cost of preservation. If we've taken care of consciousness and creativity, that leaves free will, which is the moment of selection: out of all the many visible entropy gaps, consciousness chooses which to solve and then pays the energetic cost to hash that solution into reality.

8. 03:22Claim

   The entropy gap is the problem, an identifiable mismatch between a current ordered state and a more explanatory or more efficient order that could exist. It's experienced as surprise, because the world violates our internal model, and that internal model is the background order you use as the lens to see disorder on top of; without that lens there is no signal, there is only noise.

9. 03:22Quote

   There is no signal. There is only noise.

10. 03:58Claim

    Consciousness is a computation ability to take snapshots, past, present, and possible futures, compare them, and notice the gaps, which are the surprises. It's almost like an entropy detector that is grounded in the arrow of time.

11. 03:58Quote

    It's almost like it's an entropy detector that is then grounded in the arrow of time.

12. 04:29Claim · condensed

    Creativity works in a few steps: first, recognition of an entropy gap, a problem; then generating candidate explanations, hypotheses for whether it will make things better or worse; then testing and refining them, the error correction; and once we've figured out the best path forward, we hash that surviving explanation into reality.

13. 04:59Claim · condensed

    Creativity is explanatory knowledge creation plus the physical embedding, done through tools, code, institutions, practices, or if it's Bitcoin, through blocks. Free will sits in this process as the selective focus of hashing, the decision point where consciousness, seeing multiple entropy gaps and simulated futures, chooses which gap to solve.

14. 04:59Quote

    Free will... is the selective focus of hashing.

15. 06:02Claim · condensed

    We run counterfactuals because it's cheaper, from an energy efficiency standpoint, to see what happens inside a model than inside the physical world; if we do X then Y, if we do A then B, we can see which leads to more order for less input.

16. 06:33Analogy · condensed

    Cooking when hungry, fixing the spreadsheet for a deadline, comforting the child, shipping the code, mining the block, are all instances of hashing a chosen entropy gap into reality.

17. 07:10Claim

    The solution should be cheap to verify, others can easily check that we made a decision, but it's very costly to erase, it has to leave durable traces in matter, time, and social memory, while all the unselected alternatives decay or reenter the queue.

18. 07:44Claim

    Human free will is not anything goes, it's constrained choice under finite attention, energy, and opportunity. The freedom is the selection, the constraint is physics.

19. 07:44Quote

    The freedom is the selection. The constraint is physics.

20. 07:44Claim · condensed

    Once you understand Bitcoin and its protocol, you can use it as the background order from which to filter any entropy gaps that might pop up, the same way DNA gave us background order to tell the difference between signal and noise.

21. 08:27Claim

    There is an energetic asymmetry in the time chain of life. Every decision anyone makes is an energy burn, hashing one path while abandoning all of the other branches.

22. 08:58Reference

    If you've looked into the multiverse or quantum mechanics, this will make even more sense, we are hashing just one path, making one path physical while abandoning all of the other branches.

23. 08:58Analogy

    Once energy or time is spent, the choice forms an irreversible block in your own personal time chain, the analogy to Bitcoin, and all of the other possible futures are gone.

24. 09:28Claim · condensed

    Every decision is like a block: costly to create, easy to verify, and prohibitively expensive to erase, and the deeper the block, the older the choice, the harder it becomes to reorganize, just like deeper blocks in Bitcoin needing more energy to remine the more confirmations they have.

25. 09:28Quote

    Each yes to a decision fixes a future and closes all of the unaccounted alternatives.

26. 10:06Claim

    The question becomes what advantage is given to entities for having free will versus not, where is the energy efficiency gap opened up to individuals or entities that have it.

27. 10:37Claim · condensed

    DNA generates replicative knowledge through trial and error, which is massively slow and incredibly expensive, with generational waste in every experiment or variation in the structure of that order.

28. 11:08Claim · condensed

    Consciousness enables in-lifetime adaptation, much faster with many more opportunities, but it's only reactive, responding to stimuli from the outside, comparing a now snapshot against the order of a past snapshot to identify the surprise where the model doesn't fit the reality.

29. 11:41Claim · condensed

    Free will narrows our energy expenditure to just chosen entropy gaps, a proactive allocation of energy versus blind variation, which takes much longer.

30. 12:12Claim · condensed

    The result is a dramatic increase in adaptation energy efficiency because there are fewer dead ends, and targeted hashing of the highest value problems.

31. 12:44Claim · condensed

    The evolutionary arc runs from DNA, just replicated knowledge, no modeling, no free will, blind and slow, to early nervous systems with simple, mostly reflexive models, to mammal brains with prediction engines holding multiple competing futures in working memory, to humans, who have language, recursion, and abstract modeling, leading to deliberate selection among non-immediate, long horizon projects, full free will and selective hashing.

32. 13:17Claim · condensed

    This connects to what Austrian economists and Bitcoiners have long talked about, pushing out time preference: the more order you have to rely on for future states, the longer you can push out selecting which entropy gap to tackle, because entropy gaps require energy to generate order, and if you build up enough of it you can tackle the really big pools, where you get the giant jumps in efficiency.

33. 14:01Claim

    There is a moral responsibility that comes with free will, because decisions persist in matter and memory, others can verify them, and because actions are irreversible blocks, society justifiably holds agents accountable.

34. 14:38Claim

    This leads to meaning, or narrative coherence across a life. A life feels meaningful because blocks accumulate into a coherent chain, there's continuity, there's irreversibility, and each block depends on the previous ones, forming a non-rewritable arc.

35. 14:38Quote

    A life feels meaningful because blocks accumulate into a coherent chain.

36. 14:38Idea

    That's why the term hashing fits: hashing in Bitcoin or in computers is transforming data into hard to forge, easy to vary commitments. Life's embedding of knowledge requires energy and creates durable signatures that resist drift.

37. 15:12Claim · condensed

    Alternatives to knowledge hashing, like knowledge embedding or knowledge instantiating, would be fine, but hashing is preferred because it captures the asymmetry, and the asymmetry is the most important part: the cost of falsification is significantly greater than the cost of preservation.

38. 15:12Quote

    The cost of falsification is significantly greater than the cost of preservation.

39. 15:44Claim

    There is a thermodynamic commitment with hashing, it has to be done, that's it, you've committed that energy, you're not getting it back.

40. 15:44Quote

    You've committed that energy. You're not getting it back.

41. 16:15Reference · condensed

    This is also something that Naval Ravikant has talked about in a couple of different podcasts, the many branches of the universe conjecture.

42. 16:15Claim

    If there are many branches, and every decision is another branch that is an offshoot, we are hashing those things into existence, physically instantiating them in matter and time. Explanations that recur across branches, hard to vary truths, are a crystallization of reality.

43. 16:55Analogy · condensed

    The things you find again and again across the limitless branches of existence, or the things you find in the majority of those branches, are the closest thing we have to truth, like E equals MC squared showing up in a lot of branches.

44. 17:26Claim

    Robust explanatory knowledge has a tendency to reemerge across many branches, and that signals its proximity to universal truth. Something less close to the truth does not reemerge, because it's not useful, it's not valuable.

45. 17:26Claim · condensed

    Free will is our local little engine selecting which branches we contribute energy toward, which gap we're going to hash, and then our hash blocks persist in-branch.

46. 17:26Claim

    Consciousness is the stage where creativity, focus, and free will are all processes that are represented, modeled, and coordinated. It provides the narrative workspace in which possibilities appear, then attention is directed and choices are evaluated, all before the actual hashing.

47. 18:11Quote

    It provides the narrative workspace in which possibilities appear.

48. 18:11Claim

    In cycles: creativity generates all of the possibilities, the variation, the entropy; consciousness renders those possibilities into a model space where they can be compared, simulated, and narrated; and focus filters that conscious space, highlighting which possibilities actually matter.

49. 18:46Claim

    Free will commits the energy to one of those possibilities, the commit of irreversibly hashing into the time chain of reality. Without consciousness, creativity would be blind like DNA, with no explanatory modeling, and focus and free will would collapse into reflex, working purely instinctively with no explanation.

50. 19:17Claim · condensed

    Consciousness gives us the representational layer that makes explanatory knowledge possible, allowing counterfactuals, simulation of futures, and error correction before burning energy in the actual real world. That's why it developed, because it's advantageous, it's more efficient.

51. 19:17Analogy

    It's like back to our shovel analogy. The shovel stuck around because it's useful, it's useful because it's more efficient, we have more energy left over after we dig the hole.

52. 19:48Claim

    For centuries philosophy has framed the free will debate as a binary: determinism, where all actions are fixed by prior causes and free will is just an illusion, or randomness, where undetermined actions must be random, but random outcomes are not chosen so they also fail to count as free, the classical paradox of either we're machines or we're dice.

53. 19:48Quote

    The classical paradox of either we're machines or we're dice.

54. 20:53Claim

    Both determinism and randomness treat human action as passive, under determinism we're passengers in a causal chain, under randomness we're passengers of chance, in both agency is dissolved. What's missing is a framework that accounts for the active role of knowledge in shaping outcomes, knowledge hashing is a third framework.

55. 20:53Quote

    Knowledge hashing is like a third framework.

56. 21:31Claim

    The thermodynamic process of hashing explanatory knowledge into one irreversible branch of reality reframes free will: out of a set of possible explanatory actions, one is selected, energy is committed, and the others are discarded, and each choice becomes a block in the personal or civilizational time chain, irreversible, costly, and ordered.

57. 21:31Claim

    This definition bypasses the determinism-randomness trap: it obeys physics and requires energy, but it's not reducible to causality or chance, because determinism assumes outcomes are compressible to prior states, while explanatory knowledge is not predictable from prior states.

58. 22:09Quote

    Creative solutions are inherently surprising. They're information rich and they're open ended.

59. 22:09Claim

    Free will operates with lawful constraints, but the content of what is chosen can't be determined by physics alone, so free will is not fixed by initial conditions, it depends on emergent knowledge creation. It also escapes randomness, because free will decisions are guided by knowledge, not uncaused noise, explanatory compressions of possible futures into one committed path.

60. 22:43Quote

    Free will isn't noise. It's an energy weighted selection of knowledge bearing possibilities.

61. 22:43Claim

    Free will isn't determinism or randomness, it's the energetic act of committing explanatory knowledge into reality, hashing one possible path into an irreversible transformation while discarding the others. That makes free will physical, because it requires energy, lawful, because it operates under thermodynamic and informational constraints, and open ended, because it depends on knowledge creation, which is unpredictable in principle.

62. 23:13Claim · condensed

    There is a moral responsibility here, we are accountable because our choices are irreversible hashes, once energy is burned into one branch it cannot be undone.

63. 23:45Claim

    In terms of civilizational growth, free will is the mechanism that makes knowledge creation stable, civilization itself is a distributed hashing engine powered by billions of free wills. Just as free will hashes explanatory action into the time chain of life, Bitcoin hashes explanatory knowledge into the time chain of civilization, making both irreversible and, more importantly, ordered.

64. 23:45Quote

    Civilization itself is a distributed hashing engine powered by billions and billions of free wills.

65. 24:16Claim

    Free will isn't about escaping causality or surrendering to chance, it's about directing energy through knowledge to transform reality, sidestepping the determinism-randomness binary by reframing it as a thermodynamic function of knowledge hashing.

66. 24:16Claim

    Free will is the structural ability to make choices, and focusing is the directional narrowing of attention and energy onto a specific subset of possibilities. Focus doesn't decide for you, but it determines which options even make it into the candidate pool for hashing.

67. 24:47Analogy · condensed

    Focus is like a bandwidth allocation, it decides what gets amplified, what gets ignored, and how much hashing power is applied.

68. 25:19Open question

    This is just now starting to find the edges of where looking at life as this process leads downstream. What are the other effects, the other things that have been hard to pin down, that this definition might explain, and if we can explain them, program them, and embed that knowledge in other physical substrates that might operate at an advantage to our own biological limitations.

69. 25:58Claim

    The world gets better the more knowledge that we have, the principle of optimism. We're never going to solve all of the problems, because as we solve problems more problems come up, but all problems, all suffering, is a knowledge problem, so we want to hash as much as possible for new knowledge, because that is how we increase our ability to have low time preference and to transform disorder into order, and that's how we persist over time.

70. 25:58Quote

    All problems, all suffering, is a knowledge problem.

71. 26:42Quote

    And that's how we persist over time.