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

raditional quantum gravity models struggle to integrate mass-energy evolution with measurement dynamics. Recent work, such as that by Misra and Sudarshan (1977) [2], Facchi and Pascazio(2008) [3], and Itano (2009) [4], examines the quantum Zeno effect’s influence on quantum systems.Our work extends this by introducing an anti-Higgs measurement operator Ψ and exploring its implications on spacetime curvature, dark matter relic production, and gauge-gravity unification. Wederive modified Einstein-Yang-Mills equations from a unified Lagrangian featuring Zeno-suppressedinteractions, demonstrate SU(5) gauge coupling unification with precision ∆g−2 < 0.1%, and calculate electroweak symmetry breaking corrections (∆vH/vH < 1%). The framework predicts testabledeviations in black hole evaporation (suppression factors ∼ 10−3), gravitational wave propagation(∆c/c ∼ 10−5), and dark matter direct detection (σΨ ∼ 10−49 cm2).