@batujjyagah: An analytical derivation of the Yang-Mills mass gap is presented through a kinetic-half-life correspondence.By replacing the classical kinetic coefficient ½ with ln 2 / k (where k ≈ 18 is fixed from the running coupling), and combining this with the trace anomaly result m₀₊₊ = 4√σ, the lattice-calibrated string tension √σ = 7/16 GeV yields the mass gap value of 1.75 GeV. The same framework predicts a flux-tube thickness consistent with lattice determinations. #numberphile #mathTok #mathdiscovery

Batu J J Yagah

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Monday 21 September 2026 07:17:11 GMT