A Novel Framework for Torsion-Induced Resonance Modifications in Quantum Systems.

This study investigates the influence of torsion fields on resonance frequencies in quantum systems under extreme conditions. Using Electron Spin Resonance (ESR) spectroscopy, we analyze frequency shifts in multi-electron systems subjected to high magnetic fields and superconducting temperatures. The results validate theoretical predictions from Einstein-Cartan theory, demonstrating torsion field effects and their amplification in extreme environments.