The Inability of the White-Juday Warp Field Interferometer to Spectrally Resolve Spacetime Distortions

TL;DR

This paper argues that the White-Juday Warp Field Interferometer cannot detect spacetime distortions caused by electric fields in a capacitor, attributing any observed differences to local effects rather than actual spacetime perturbations.

Contribution

It demonstrates the limitations of the White-Juday interferometer in resolving spacetime distortions from electric fields in a capacitor.

Findings

Interferometer cannot spectrally resolve spacetime distortions

Observed differences are due to local effects, not spacetime perturbations

Supports the view that the interferometer's sensitivity is insufficient for this purpose

Abstract

This paper contends that the spacetime distortions resulting from the experimentally obtainable electric field of a parallel plate capacitor configuration cannot be detected by the White-Juday Warp Field Interferometer [1]. Any post-processing results indicating a vanishing, non-zero difference between the charged and uncharged states of the capacitor are due to local effects rather than spacetime perturbations.