Gravitational Sensors and the Structure of the Gravitational Field in Six Dimensions of Space and Time

In this study, a Möbius sensor is introduced as an instrument for detecting variations in the gravitational field by exploiting its structural characteristics. The gravitational field is modeled as a hypercone in six-dimensional spacetime, comprising stratified layers with distinct geometric density variations. Despite extensive experimental efforts, a direct interaction between electromagnetic forces and gravity has not been observed. Here, Möbius coils serve as detectors that capture distortions arising from fluctuations in gravitational density and convert these into measurable electromagnetic pulses. The results indicate potential for developing gravity radars, warp drive systems, and earthquake prediction devices.