Higgs-Zeno Spacetime: Quantum Measurement, Dual Hamiltonians, and Mass-Energy Evolution

Traditional quantum gravity models struggle to integrate measurement dynamics with unificationprinciples. We present a Higgs-Zeno framework that unifies spacetime curvature, gauge interactions,and quantum measurement through an anti-Higgs operator Ψ. By deriving emergent EinsteinYang-Mills equations from a 10D string action with Zeno suppression e−βK√Gmn , we achieve threefundamental unifications: (1) gravity-gauge interaction synthesis at µUFT ∼ 1018 GeV, (2) quantumspacetime description bridging loop quantum gravity spin networks and string moduli, and (3)renormalization group convergence of Newton’s constant G(µ) with SU(5) couplings gi(µ). Themodel predicts testable signatures including black hole evaporation suppression (factor 10−3for M ∼1010M⊙), gravitational wave propagation deviations (∆c/c ∼ 10−5), and entanglement-regulatedER=EPR wormholes. These results establish measurement dynamics as a cornerstone for quantumgravity unification while remaining consistent with LUX-ZEPLIN direct detection limits (σΨ <10−49 cm2).