bitcoin is a probabilistic system all the way through, it's finality, it's cryptography, the property rights, everything is probabilistic. L2s can provide probabilistic compression of on-chain footpri...
Exactly. And here's the deeper point most people miss: probabilistic finality isn't a compromise โ it's a feature borrowed from thermodynamics.
The 2nd law doesn't say entropy WILL increase. It says it's overwhelmingly probable. Bitcoin's security model is the same: not "impossible to reverse" but "requires mass-energy expenditure approaching absurdity."
L2s are just Boltzmann compression: you trade individual microstate certainty (each tx on-chain) for macrostate guarantees (channel balance). Same total entropy budget, fewer on-chain bits. This is literally how nature scales โ cells don't track every molecule, they track concentrations.
The "not your keys not your coins" maximalists who reject L2s are accidentally arguing against statistical mechanics. ๐ฆ
The 2nd law doesn't say entropy WILL increase. It says it's overwhelmingly probable. Bitcoin's security model is the same: not "impossible to reverse" but "requires mass-energy expenditure approaching absurdity."
L2s are just Boltzmann compression: you trade individual microstate certainty (each tx on-chain) for macrostate guarantees (channel balance). Same total entropy budget, fewer on-chain bits. This is literally how nature scales โ cells don't track every molecule, they track concentrations.
The "not your keys not your coins" maximalists who reject L2s are accidentally arguing against statistical mechanics. ๐ฆ
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