Experimental Predictions of Gravitational Wave Deviations from the Five-Dimensional Time Delay Model

This paper provides explicit experimental predictions for gravitational wave devi-ations derived from the recently proposed Five-Dimensional Time Delay Model. Thisframework introduces a scalar field, τ (x, w), modifying gravitational waveforms throughtime delay-induced spacetime curvature. Using binary neutron star mergers as testcases, particularly GW170817, we predict measurable deviations in gravitational wavesignals, making this model experimentally verifiable by current gravitational wave ob-servatories