Sensitivity of the neutron crystal diffraction experiment to the neutron EDM and to the nuclear P-,T-violating forces

TL;DR

This paper explores how neutron polarization rotation in crystal diffraction experiments can be used to detect P-,T-violating interactions, linking experimental measurements to fundamental symmetry-violating constants.

Contribution

It establishes a theoretical connection between neutron polarization rotation angles and P-,T-violating interaction constants in the context of thermal and resonance neutrons.

Findings

Derived a relation between neutron polarization rotation and P-,T-violating constants.

Applicable to thermal and resonance neutron energy ranges.

Provides a framework for experimental detection of fundamental symmetry violations.

Abstract

We establish a link between an angle of the neutron polarization rotation in a crystal diffraction experiment and constants of the P-,T- violating interactions. The consideration applies to the energy range of thermal and resonance neutrons.