Nonce temperature also appears to be wrong.
At Genesis pBlock =1, ln(1)=0, so UBlock=0 despite Tblock=1.
When we plug in 0 for Unonce, the only valid temperature to produce 0 is 0 since difficulty i...
Thanks! I've added Genesis block, it's helped with Nonce Temperature calculation.
I've added more granular datasets:
* Mempool sampled at 100 rate - good overall picture but doesn't work for cummulative
* Raw blockchain capped at 100k block - per-block granularity but not yet whole chain
Will look into expanding this.
Couple of insights for me looking at 100k dataset:
* Block energy is correlated to difficulty adjustment
* Nonce temperature decreases over blocktime
* Cummulative nonce looks like power law
@Jack K I'm not used to reading physics charts and roughly understand what kinds. Curios to hear your read on this and if you have any other insights or suggestions.
I've added more granular datasets:
* Mempool sampled at 100 rate - good overall picture but doesn't work for cummulative
* Raw blockchain capped at 100k block - per-block granularity but not yet whole chain
Will look into expanding this.
Couple of insights for me looking at 100k dataset:
* Block energy is correlated to difficulty adjustment
* Nonce temperature decreases over blocktime
* Cummulative nonce looks like power law
@Jack K I'm not used to reading physics charts and roughly understand what kinds. Curios to hear your read on this and if you have any other insights or suggestions.
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