Laser profile Changes Due to Photon-Axion Induced Beam Splitting
Carol Scarlett
TL;DR
This paper investigates how photon-axion interactions in a magnetic field can cause measurable laser beam profile changes, potentially allowing detection of weaker couplings than previous experiments.
Contribution
It introduces a novel method to detect photon-axion coupling through laser beam profile changes, surpassing the sensitivity of prior cavity-based experiments.
Findings
Simulations show detectable beam splitting due to photon-axion coupling.
Probing couplings lower than previous cavity experiments is feasible.
Laser profile changes can serve as a new detection method.
Abstract
This paper looks at a potentially unique measurable due to photon-axion coupling in an external magnetic field. Simulations indicate that probing couplings significantly lower than seen by previous cavity experiments is possible.
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