Non-extensivity in magnetic systems: possible impact on Mossbauer results

TL;DR

This paper explores how non-extensive statistical physics can influence the interpretation of Mossbauer spectroscopy results, potentially overlapping with traditional magnetic and quadrupole interaction effects.

Contribution

It introduces a non-extensive approach to calculating magnetic transition energies in Mossbauer spectroscopy, highlighting its possible impact on data interpretation.

Findings

Non-extensive calculations can produce energy positions overlapping with standard models.

The approach suggests a need to reconsider data analysis in Mossbauer experiments.

Potential implications for understanding magnetic interactions in materials.

Abstract

Energy positions of pure magnetic transitions in Mossbauer Spectroscopy are calculated using non-extensive approach. It is observed that these new calculated energy positions so obtained, may have strong overlap with those energy positions obtained from combined effect of magnetic and quadrupole interactions using standard statistical physics.