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Michael R. Sullivan
21a8dee76821d202fa38b3a99c36b25d71df59411198fcb27267925d35abb1a7
Writing the Great American Bitcoin Novel 📚🧡✍️

I'm having a really hard time following your reasoning throughout these.

It seems like you just keep saying unconnected ideas without threads of thought between them trying to argue just for the sake of it.

I don't think you responded to my point, but yes I still do believe in what I wrote above. I suppose that makes me whatever name it was you called me 🙃

Replying to Avatar Lysander Spooner

You value selling the Dogecoin, the Dogecoin as a means, not the Dogecoin as an end. Which is exactly the right way to think about any exchange currency.

People here talk about stacking and hodling Bitcoin as if digital fiat on a grand unified surveillance chain should be valued as a good in itself, not a mere facilitator of exchange to give away immediately, like your Dogecoin.

Oh, that's because they believe it is centrally planned to be deflationary, all of reality be damned? Their end, then, is accruing wealth, and the means is buying Bitcoin low and selling Bitcoin high. But if the price of Bitcoin is expected to rise, that actively discourages the use case as a medium of exchange. You're less likely to hire Johnny to mow your lawn, more likely to do it yourself - and thus make the whole economy poorer, one exchange that never happened at a time (the Austrian school teaches us prosperity itself excretes from the felt improvement in standard of living from both parties to a voluntary exchange). By discouraging voluntary exchanges, Bitcoin makes everyone poorer in real terms - regardless what happens to it's index price.

Any large fluctuation in any direction retards the function of an exchange currency and renders economic calculation in terms of anything else in advance impossible. And with a centrally planned, artificially fixed rate of supply, there's no market-determined rate of supply that can ramp up or down to counterbalance swings in demand, to stabilize the price, like there is with most goods. Bitcoin is thus engineered to swing wildly in response to any changes in apparent demand, enabling whales to game it by wash trading and generally just guaranteeing volatility into the future.

I actually find the incentive to reduce spending to be a positive. We live in a time of rampant overconsumption, causing inflation to incentivize more spending is unethical and toxic to culture in my opinion. I would prefer a currency with no inflation whatsoever.

We actually already live in a world with rapid deflation in certain areas. TVs rapidly decrease in price every year, we all know this, but still I buy TVs when I need them. I don't put off purchasing one just because I think it'll be cheaper in two years.

I don't think there has ever been a better target audience for a book. Can't wait to dive in 🧡⚡️🥩

Replying to Avatar Lysander Spooner

Why are you arbitrarily selecting the price of buying all goods only once?

Why are you arbitrarily selecting the value of spending all the money only once?

Couldn't there be too many goods to ever be bought with all the money in one go? Yes. Money circulates, the same $1 bill has bought maybe $600 worth of goods.

Goods also circulate, so I don't understand how you settled on 1 sale once for each thing.

There is no invisible hand pushing 'the value' of a money to match the price of buying precisely all of the goods in an economy precisely once.

You and I value everything very differently, and that valuation is not in terms of a nominal amount (25420 of another good) but an ordinal ranking (1st, 2nd, 3rd). This also applies to BTC. I don't value it at the index price. Never have.

If you valued things in terms of nominal amounts you would sit there clicking Buy until you are broke. Whenever you buy anything. And that's what a lot of people do with Bitcoin, because it gets them in the mindset of nominal objective value. The Bitcoin mindset says value is an objective, nominal thing that is wide open to manipulation through central planning (like the artificially fixed rate of supply and periodic halving). Not the subjective, ordinal ranking clearly articulated by the Austrian school.

Guess how much I value 1 BTC at? I wouldn't give up my salad. If you say that's a lie, I would resell it, all you're pointing out is that I value what I could sell it for -- not the BTC. That in itself is less than worthless, because it comes with and leaves a surveillance snail trail. That something is scarce doesn't "make it valuable" in an objective sense. But you cannot understand why until you understand there's no such thing as objective value.

Doesn't one thing having subjective value to another make it have some degree of subjective value to you?

For example, I don't want a Dogecoin, but if someone offered me 100k Dogecoin I would take it then sell it for whatever I can get over a few grand.

I morally disagree with everything it stands for, but it still has value to me based upon the value it has to others. I don't like thay fact, but I can't deny it.

That's one of the core beautiful things about bitcoin. It's trivial to hard fork, but why would anyone in the network want to use their random one-off 42M bitcoin?

No user has an incentive to switch to a system that changed one of the fundamental tenants of the protocol.

I've read this a couple times now and I don't quite understand your point? Could you try to phrase it in a different, more concise, way?

Dammit! Apparently, gonna go eat some liver and see if that works

🥩 A pound of beef a day keeps the doctor away 🥩

His wallet would actually be a great example of this perfect honeypot. IF there is a wallet with 5% of all bitcoin out there, how well encrypted is it?

If it isn't actively updated perhaps it would be targetable when computing power passes a certain threshold?

That's a really good point. And in my hypothetical example, I assumed a hyperbitcoinized future.

In this hypothetical future, why would someone wealthy enough to be running the most powerful supercomputer want to destroy the monetary system that they are using?

There clearly is a misalignment of incentives here.

Don't trust, verify ❤️

I work as an engineer and in that world there is often an emphasis on not solving for hypothetical future problems years before they happen. I think you are right that things like quantum are nowhere near close to even looking like a problem.

I've heard that as well about silicon.

This exercise has honestly made me much more appreciative of bitcoins resilience. I'm mostly just curious is someone much more knowledgable around bitcoin's future security than myself has thought or written about this problem.

That's what I'm curious about. Anything increasing that exponentially is overpowered given enough time. It's a super hypothetical problem, just curious if anyone smarter than me has given it more thought.

Thank you! Doing a little bit of this math actual made me much more appreciative for the power of bitcoin's security. The numbers are completely wild and the incentives beautifully designed. Gotta do a bit of math myself just to make sure that I'm verifying, not trusting 😄

The incentives are wildly misaligned for them to do this any time in the foreseeable. But given a powerful enough computer, there are likely many honeypot lost or old wallets out there that actually could hold massive amounts of BTC. (Satoshi's hypothetical) wallets for example)

24 makes it harder, but the same problem would occur father out into the future then.

I imagine all intelligent actors will continue to upgrade their custody strategies, but old, lost, or forgotten wallet would be vulnerable.

I specifically did it with the easier to crack 12 word seed. The same problem would occur for a 24 word seed, but just a handful more years in the future.

Again, HUGE assumptions made here about Moore's Law, which from my remedial understanding is debatable that it will continue at the same rate.

I've been playing around with some numbers regarding the security of 12 word seed phrases in a hyperbitcoinized future. The Fugaku Supercomputer is 542 petaflops and could test ~322 billion different seeds per second.

If all eight billion humans have a 12 word seed phrase, it would take this computer ~67 million years on average to find a single one. Obviously the incentives are massively misaligned for anything like this to make sense. But what if Moore's Law continues as the same pace for the next 70 years as it has for the previous 70?

This malicious actor with a hypothetical future supercomputer would be able to find one of these eight billion (assuming little population growth) roughly every 17 hours.

There are MASSIVE assumptions made in this super rough math. But generally, I'm curious how the bitcoin protocol might need to adapt to prevent this kind of issue if Moore's Law does continue?