Dilaton generation during the propagation of magnetic dipole radiation of a rotating neutron star through the Coulomb field of charged particle

TL;DR

This paper investigates how dilatons can be generated by magnetic dipole radiation from a rotating neutron star as it propagates through a Coulomb field, providing an exact solution and angular distribution of the dilaton field.

Contribution

It presents the first exact solution for dilaton generation in this context and analyzes the angular distribution of the resulting dilaton field.

Findings

Exact solution for dilaton field during neutron star radiation propagation.

Angular distribution pattern of the generated dilaton.

Demonstration of dilaton generation mechanism in electromagnetic fields.

Abstract

According to the Dilaton-Einstein-Maxwell theory, dilatons can be generated by electromagnetic fields with a non-zero the Maxwell tensor invariant. This research focuses on the dilaton generation while magnetic dipole radiation from a rotating neutron star propagates through a Coulomb field created by a point-charged particle. The exact solution of the dilaton field equation has been obtained, and the angular distribution of dilaton generation has been established.