Precise H 1S-nS in Boltzmann-Hund double well potential and Sommerfeld-Dirac theories probe chiral behavior of atom H

TL;DR

This paper explores how the Sommerfeld-Dirac equation in QED and Boltzmann-Hund double well potential theory reveal the chiral behavior of hydrogen atom states, using precise spectral data.

Contribution

It demonstrates that the Sommerfeld-Dirac equation transforms into a double well potential form for hydrogen, linking quantum electrodynamics with chiral symmetry analysis.

Findings

Hydrogen atom exhibits chiral behavior in spectral terms.

Sommerfeld-Dirac equation maps onto a Mexican hat potential for H.

Precise H 1S-nS spectral data probe chiral properties.

Abstract

We consider generic Boltzmann-Hund double well potential (DWP) theory and find that, for atom H, the Sommerfeld-Dirac equation in QED transforms in a DWP (Mexican hat curve) for chiral systems. With either theory, the few precise H 1S-nS terms available probe the chiral nature of atom H.