A LIVE BITCOIN SOLO MINING EXPERIMENT
THE SLOWEST
BITCOIN MINER
ON EARTH_
A fruit-fly connectome controls a real Bitcoin solo miner. It rests, becomes curious, forms intent and fires only when the circuit converges.
49 connectome populations. 89 measured synaptic links. Almost zero chance. The fly tries anyway.
CA: 0xfc912735d40266693f5601ddf0f7e63545190e44
PROOF OF FLY · v0.9
FROM STIMULUS TO HASH.
Every attempt has a cause. Follow the biological signal until it becomes verifiable Bitcoin work.
- 01Stratum stimulusA live CKPool job reaches the experiment.
- 02Neural propagationEntropy crosses the measured connectome.
- 03Motor intentionDNp20 and DNpe017 converge.
- 04Threshold crossedWill beats fatigue and the rest lock.
- 05Real hashA double SHA-256 attempt is recorded.
FINAL INTENT PULSE REMAINS STOCHASTIC.
DURABLE ATTEMPT LEDGER
THE FLY ACTUALLY TRIED.
Each row is a real, inspectable attempt produced by the live neural state.
THE EXPERIMENT
A BIOLOGICAL DECISION.
A REAL BITCOIN ATTEMPT.
FLYMINER does not simulate mining results. It uses a digital fruit-fly circuit to decide when actual work should happen.
- 01LIVE STIMULUSSolo CKPool delivers a Bitcoin Stratum job to the circuit.
- 02MEASURED CONNECTOMEFresh entropy propagates through biological links with release noise, delays and adaptation.
- 03MOTOR DECISIONDNp20 + DNpe017 convergence creates intent. Fatigue can still block the attempt.
INTELLIGENCE CANNOT BEAT RANDOMNESS.
THE FLY WILL TRY ANYWAY.
If, somehow, this menace finds a block, the BTC reward will go to bc1q4p7xgvdsjllw50x9q537desravrhaxlrctjff7.