Transient Wormhole Gravitational Waves

This paper presents a theoretical framework for Gravitational Waves generated by a transient mass transit through a wormhole (Transient Wormhole Gravitational Waves - TWGW). To address the problem of unphysical singularities and tidal infinities, this model introduces a specific Metric Transition Zone at the wormhole's mouths. We demonstrate that this smoothing zone results in a differentiable, bipolar waveform with a characteristic spectral signature. The interference patterns and specific frequency "dips" identified in this study provide a potential "smoking gun" for the experimental verification of topological shortcuts in spacetime using future detectors like LISA.