Gravity Probe B Experiment in 7D Space-and-Time Continuum

TL;DR

This paper applies seven-dimensional field equations to analyze gyroscope precession in the Gravity Probe B experiment, showing that the extended model aligns with observed data unlike classical theories.

Contribution

It introduces a 7D space-time framework to accurately predict gyroscope precession, improving upon classical four-dimensional models.

Findings

7D model matches Gravity Probe B data

Classical theory assumptions are inconsistent with observations

Extended model provides better predictive accuracy

Abstract

This study deals with application of field equations in seven-dimensional space-and-time continuum to calculate geodetic and orbital gyroscope precession. It was demonstrated that unlike the classic theory the assumptions made completely correspond to the Gravity Probe B findings.