Dynamical Implications of Adjustments to Proper Time Caused by Higher Dimensions: A Note

TL;DR

This paper explores how modifications to proper time due to higher dimensions can produce small dynamical effects in spacetime, resembling phenomena like the cosmological constant, Hubble's Law, and quantum relations.

Contribution

It introduces a theoretical framework linking higher-dimensional adjustments to proper time with observable dynamical effects in spacetime.

Findings

Small dynamical effects analogous to cosmological phenomena

Proper time adjustments can mimic Hubble's Law

Higher dimensions influence quantum relations

Abstract

When the proper time of general relativity is adjusted to reflect the possible existence of higher dimensions, small dynamical effects appear in spacetime of the sort usually associated with the cosmological constant, Hubble's Law and Heisenberg's relation.