Low Dimensional Electrons

TL;DR

This paper explores a novel model where electrons are treated as Kerr-Newman black holes with quantum effects, proposing an anyonic fractional charge interpretation linked to quarks, inspired by low-dimensional electron systems.

Contribution

It introduces a new theoretical framework modeling electrons as black hole analogs with quantum effects, connecting condensed matter phenomena to gravitational concepts.

Findings

Identification of a fractional charge quasi-electron as an anyonic state

Proposal of electrons as Kerr-Newman black hole analogs

Linking low-dimensional electron behavior to quantum gravitational models

Abstract

Motivated by recent work on nano tubes indicating one dimensional quantum effects and studies of two dimensional electron gas, we consider a recent model of Fermions as Kerr-Newman type black holes with quantum mechanical effects. Such an anyonic fractionally charged quasi-electron picture is deduced and identified with quarks.