Survey of vibronic polarons (precursors or full blown) and their role in the universe: an enigma to be possibly solved by LHC

TL;DR

This survey explores vibronic polarons' potential role in cosmic matter formation and fundamental physics phenomena, proposing that LHC experiments could verify some of these theoretical insights.

Contribution

It provides a comprehensive review of vibronic polarons' relevance to cosmology and condensed matter, suggesting new avenues for experimental verification at LHC.

Findings

Vibronic polarons may influence early universe matter buildup

LHC could potentially verify theories involving vibronic polarons

Connections between polarons and phenomena like magnetoresistance are discussed

Abstract

Vibronic polarons (charge carriers coupled to their produced Jahn-Teller distortions) have been extended for some time in relevance to the buildup of matter and the breakdown of supersymmetry at the early stages of the universe, as well as to a number of well established though not fully understood phenomena of everyday life, such as helical propagation, colossal magneto-resistance, etc. We review some of the advances and suggest new ones. Many of them can be verified by Large Hadron Collider (LHC) experiments.