Awesome! Let me review block temperature equations. I’m still on a page 43 of Bitcoin Lens so can easily miss something. Should be fixable with LLMs help. Is the nonce temperature looks reasonable?
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Nonce Tempersture would be wrong if anything upstream is wrong since it’s the last computed value in the order of operations.
We don’t know the nonce Tempersture until we calculate the Shannon entropy of the block, the block temperature and the block energy.
Then by conservation: block energy = nonce energy, we can use the nonce entropy to solve for the nonce Temperature….hope that makes sense.
The nonce temperature will also be a relative measure of temperature between 0-1, if you want the nonce temperature in Kelvin we will need to multiply the nonce temperature by Planck Temperature.
Both the Nonce Temperature and Block Temperature are relative and dimensionless scalar ratios btwn 0-1. If you want the domain specific measure, multiply by TPlanck or Bitcoin Supply.
We don’t know the nonce Tempersture until we calculate the Shannon entropy of the block, the block temperature and the block energy.
Then by conservation: block energy = nonce energy, we can use the nonce entropy to solve for the nonce Temperature….hope that makes sense.
The nonce temperature will also be a relative measure of temperature between 0-1, if you want the nonce temperature in Kelvin we will need to multiply the nonce temperature by Planck Temperature.
Both the Nonce Temperature and Block Temperature are relative and dimensionless scalar ratios btwn 0-1. If you want the domain specific measure, multiply by TPlanck or Bitcoin Supply.
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