Abolishing the maximum tension principle

TL;DR

This paper explores various theoretical models that challenge the relativistic maximum tension limit, including varying constants, generalized entropy, and uncertainty principle models, by demonstrating conditions under which this limit can be abolished.

Contribution

It identifies specific classes of theories where the relativistic maximum tension principle does not hold, expanding understanding of fundamental limits in physics.

Findings

Maximum tension limit can be abolished in certain theories.

Varying constants and generalized entropy models challenge the limit.

Generalized uncertainty principle models also allow for the abolition of the maximum tension.

Abstract

We find the series of example theories for which the relativistic limit of maximum tension $F_{max} = c^4/4G$ represented by the entropic force can be abolished. Among them the varying constants theories, some generalized entropy models applied both for cosmological and black hole horizons as well as some generalized uncertainty principle models.