Resonant states of muonic three-particle systems with lithium, helium and hydrogen nuclei

TL;DR

This paper investigates the resonant states of muonic three-particle systems involving lithium, helium, and hydrogen nuclei using variational and CCR methods to compute their energy spectra.

Contribution

It introduces a combined variational and CCR approach to accurately calculate resonant states in muonic three-particle systems involving different nuclei.

Findings

Calculated energies of resonant states for specified muonic molecules.

Identified the nature and properties of these resonant states.

Provided data useful for understanding muonic molecular interactions.

Abstract

We study the energy spectrum of three-particle systems (He-p-\mu), (He-d-\mu), (Li-p-\mu) and (Li-d-\mu) on the basis of variational approach with exponential and Gaussian basis. Using the Complex Coordinate Rotation (CCR) method we calculate energies of resonant states of listed molecules.