Laser Gyroscopes, Gravity, and the SME
Nicholas Scaramuzza, Jay D. Tasson
TL;DR
This paper explores the use of ring-laser gyroscopes to detect Lorentz violation within the Standard-Model Extension framework, providing theoretical expressions and sensitivity estimates relevant to the GINGER project.
Contribution
It introduces a method to analyze Lorentz violation signals in ring-laser systems and offers sensitivity estimates for the GINGER experiment.
Findings
Derived expressions for Lorentz-violating signals in ring-laser systems
Sensitivity estimates for the GINGER project
Potential to improve tests of fundamental physics
Abstract
In this contribution to the CPT'16 proceedings, we illustrate the potential use of ring-laser systems in searching for Lorentz violation in the framework of the Standard-Model Extension. We present expressions for the Lorentz-violating contribution to the ring-laser signal for a sample system and make sensitivity estimates for the GINGER project.
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