Quantum magnetostriction effect resulting from the asymmetric structure of matter measured with EPR spectrometer

Abstract

This paper explains the rotation and displacement as well as the couple and force stress in material with unpaired electrons/nucleons subjected to a magnetic field. This phenomenon is described in terms of quantum mechanics for nanoparticle and quantum statistical mechanics for loose nanomaterial. Quantitative calculations are carried out based on experimental data collected under the magnetic field of an EPR spectrometer from a set of nanocrystallites of hydrated copper sulfate.

Keywords

• atomic arm of action
• non-paired electron/nucleon
• polar rotation
• cosserat mechanics
• epr