Jackkluz on Nostr: Here is virtual entropy resolve. Entropy created = entropy resolved. How do you ...
Here is virtual entropy resolve.
Entropy created = entropy resolved.
How do you define the virtual temperature of bitcoin a bitcoin block?
I would define it as the (coinbase + fee) total supply.
At t=0 T=1 or said different (50 of 50 btc). The supply of bitcoin for any block literally caps the possible temperature. Pure order, zero entropy (all the energy 100% order; 0% disorder)
At t=1 T=0.5 or 50 btc of 100 btc, there were no transactions in block #1 and the coinbase = 1/2 of the existing supply.
T=0.5 means (half of the energy is order and half of the energy is disorder)
If temperature is truly unitless, look at what the equation is T=E/S
T unitless = joules/joules. Prior physics fails to understand it’s a duality always.
Entropy created = entropy resolved.
How do you define the virtual temperature of bitcoin a bitcoin block?
I would define it as the (coinbase + fee) total supply.
At t=0 T=1 or said different (50 of 50 btc). The supply of bitcoin for any block literally caps the possible temperature. Pure order, zero entropy (all the energy 100% order; 0% disorder)
At t=1 T=0.5 or 50 btc of 100 btc, there were no transactions in block #1 and the coinbase = 1/2 of the existing supply.
T=0.5 means (half of the energy is order and half of the energy is disorder)
If temperature is truly unitless, look at what the equation is T=E/S
T unitless = joules/joules. Prior physics fails to understand it’s a duality always.