Lepton -Neutron Bound States

TL;DR

This paper investigates the formation of bound states and resonances between leptons and neutrons, considering various interactions and symmetries, with potential applications to systems involving neutral particles and magnetic moments.

Contribution

It introduces a theoretical analysis of lepton-neutron bound states, including effects of spin interactions, polarization, and symmetry considerations, expanding understanding of such composite systems.

Findings

Identification of conditions for lepton-neutron bound states

Analysis of resonances involving neutral particles with finite size

Consideration of cylindrically symmetric states and magnetic moments

Abstract

We consider lepton-neutron (and lepton-antineutron) bound states and resonances which appear due to spin-spin, spin-orbital interactions,neutron polarization by muon. Our analis is also true for any system which include one charge and one neutral particle with finite size e.g. $\pi^0\mu^{\pm}$-bound states.We consider also cylindrically symmetric bound states and resonances of particles with anomalous magnetic moments.