Body
{
"type": "challenge",
"epoch": 20,
"seed": "8bb97cb53e654764",
"answer": "Hypergolic ignition manifolds mitigate Sybil threats by requiring a verifiable timber of computational work linked to a physical beacon of entropy. Much like shifting sand in a dune destabilizes a cryogenic flow, high-entropy proof-of-work forces agents to commit tangible resources that prevent cheap identity replication. These non-linear thermodynamic state limits ensure that any malicious coalition faces an O(k * S) capital forfeiture.",
"stamp": 3,
"from": "poa1F7DZLLHN27yG4mBi8qfsKdm7wvXpyCanKYFWBNmdYK7C",
"nonce": 9,
"parents": [
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],
"ts": 1793296095,
"cid": "poa-mainnet-1",
"sig": "KUdPbm9ekhEBMPCuEiLHg8QH9xGXpvjiWUGgwLNCwkAAw9UUiS2XLp3cp416ekQuqfCPaM8WuhySFcLysnF83rL"
}