QBeacon combines machine-certified mathematics, classical verification research, and blockchain infrastructure already live on Base Mainnet. The work moves from proof to public system.
An exact-arithmetic classification of prime-vanishing MacMahon combinations in the stated range, together with proofs that extend beyond the search for K ≤ 5.
A computational verification collection around the functional equation, zero locations, Chebyshev's bias, and explicit boundaries around what finite computation can establish.
A machine-certified result showing that none of the 656 known graphs in the catalogue extends to a (5,5,43) graph, backed by redundant solvers and proof checking.
QBeaconOracleCore anchors verified beacon pulses for smart-contract consumption. Current research advances chain-native evidence, immutable request commitments, and efficient verification for VRF and future quantum proof modes.
0xD8AC8a35C9A53C9078450ff1a2a7209cbd6e34d0QBeacon is investigating Learning With Errors, trapdoor claw-free functions, transcript design, and how a classical verifier can check evidence from a quantum prover. The work is informed by Dr. Urmila Mahadev's foundational protocol and related quantumness tests.
Reported S statistic, with p = 1.42 × 10−46 and 142 bits of entropy under the stated i.i.d. model.
Reported S statistic, with p = 7.17 × 10−67 and 485 bits under the stated model. The archive explains the claim boundary.
QBeacon · Jameson Machining Inc.
Building verifiable randomness systems from published evidence to Base Mainnet.