GM, I’m Deep in the trenches right now trying to finish the thermodynamic theory to calculate the energy of each Bitcoin block solely from on-chain data alone. I can produce Joules but how do I know if I am correct? Block Temperature, Entropy and Boltzmann. I’m definitely going to need help sharpening the equations down. Every Bitcoin miner has an incentive to help me develop this; we know nothing about Bitcoin still. This would will completely change the mining industry and energy markets. Everything the network is doing is fiat based and not joules based. #Bitcoin #Energy #Physics #Mining

If you believe in the narrative pushed by physicists building centralized quantum computing, then you believe there is a second best. Which one is it? #Bitcoin

GM, have you ever thought about the UTXO model of cosmology?

Biggest flaw in General Relativity and the Kelvin scale: We defined absolute 0. We have not defined absolute 1. Everything is infinity without an upper bound. What is more “generally relative” than a simple definition of 0 and 1 and the space in between? 0 is meaningless without 1. #Bitcoinfixesthis #Temperature #Physics

We as a community need to understand bitcoin at the physics level before we try to even think about the next soft fork. There is more understanding required than meets the eye. If Bitcoin is a quantum-classical computer as I propose, how could covenants for example affect the coherence of our UTXOs (qubits)? Let’s not rush this without proper understanding. View quoted note →

GM nostr. In a perfect 10-minute Bitcoin block, approximately 1.11 x 10^{46} Planck times fit into that duration. The timescale difference between Planck time and a 10-minute block is ~10^{46}. The difference timescale is incomprehensibly large. Bitcoin is a frequency which operates statistically at 1.667 x 10^{-3} hertz. The more you know.