A Jordan scenario is behind the Van Hove scenario. Towards a quantum chemical theory of high temperature superconductivity

TL;DR

This paper proposes that Jordan blocks in the transfer matrix are key to understanding high temperature superconductivity, offering a quantum chemical theory to verify this hypothesis and linking it to the Van Hove scenario.

Contribution

It introduces a novel quantum chemical framework based on Jordan blocks in the transfer matrix to explain high temperature superconductivity, connecting it to existing Van Hove scenarios.

Findings

Support from published observations for the Jordan scenario

A draft quantum chemical theory is presented for verification

Potential explanation of high temperature superconductivity phenomena

Abstract

It is suggested that the appearance of Jordan blocks in the normal form of the recursion (transfer) matrix is responsible for high temperature superconductivity and related phenomena. Several published observations are discussed to support this idea. The draft of a quantum chemical theory is given for a more complete verification. Keywords: Jordan scenario, Van Hove scenario, high temperature superconductivity. Short title: Jordan scenario of high temperature superconductivity.