> Objects in the real world have utility that's directly linked to their unit value.
Could you explain what this means to you? I don't understand what you're saying
> Objects in the real world have utility that's directly linked to their unit value.
Could you explain what this means to you? I don't understand what you're saying
If I want $1000 of bitcoin, I don't care whether that value is in 1 BTC, 100BTC, or 0.0001BTC. They are otherwise identical to me.
Therefore, the fact that the total of all bitcoins in circulation can't exceed 23 million is irrelevant unless you care about the value of 1 BTC, which is only the case if you are trying to sell them for more than you paid.
There are some elements of behavior economics that counter this - people like to buy lower-priced coins and stocks because they get "more" of them, from a unit perspective. But rationally, there's no reason to consider 1 BTC @ $10 any different from 0.1 BTC @ $100, hence the number of "units" seems potentially irrelevant.
Bitcoin is still at the beginning of the beginning of any sort of ecosystem. Everyone expects way more from it than is possible. It is/will deliver on the things it is designed to.
You're correct that I don't care about the value of 1 BTC (or 1 EUR) unless I can sell it, but you imply only selling it for USD again. When it is widespread enough to be a currency, you can 'sell' it for goods and services.
This is bull. It's not zero cost to fork a cryptocurrency. It's not zero cost to mine. The supply of a digital good might well be very large. However, it will most certainly be finite.
Then you're limited to "What's the biggest number that a miner can name in the finite amount of memory available?", which has the ultimate limit of a Busy Beaver function.
BB(n) for n > 1500 behaves like an infinity in many important ways.
Then just apply my original argument. It's not zero cost to mine. It's not zero cost to fork. The supply of cryptocurrency will be very large, but it will be so many x orders of magnitude smaller than BB(kerjillion), that x itself might be larger than the number of every cryptocoin ever made and every cryptocoin that ever will be made.
The useful thinking is about the computational limits of our current civilization, not infinities or redonkulous numbers.
My point was that other traditional "store of values" have inherent value based on their utility per amount, which means that the finite supply has implications for people who want to use it. Bitcoin doesn't have that - it's purely useful in terms of what you can trade it for (much like a dollar.) Hence the fact that there's only so many "units" is kind of uninteresting, because a fractional unit is no less useful.