The Notion of a Random Gauge and its Interpretation

TL;DR

This paper introduces the concept of a random gauge in quantum physics, exploring its theoretical foundations, potential realizations, and connections to phase noise, Aharonov effects, and relativity.

Contribution

It proposes two types of random gauge based on phase noise, expanding the theoretical framework of gauge concepts in quantum physics.

Findings

Defined two types of random gauge based on phase noise

Connected random gauge concepts to Aharonov effects and relativity

Discussed potential physical realizations of the random gauge

Abstract

We introduce the concept of a random gauge. We propose two distinct types of random gauge that can be defined based on the concept of phase noise in scattering theory. In the context of quantum physics, we discuss a variety of possible realizations of this concept that can be connected to various Aharonov-other effects and make some connections with relativity as well.