What is the azimuthal quantum force in superconductor

TL;DR

This paper discusses the azimuthal quantum force in superconductors, clarifying its basis within quantum formalism and addressing concerns about angular momentum conservation raised by J.E. Hirsch.

Contribution

It clarifies the logical deduction of the azimuthal quantum force within accepted quantum mechanics, addressing recent criticisms and broader quantum puzzles.

Findings

The quantum force does not violate angular momentum conservation.

The deduction of the quantum force aligns with established quantum formalism.

Addresses quantum mechanics puzzles related to the force.

Abstract

J.E. Hirsch notes in the recent paper arXiv: 0908.409 that the azimuthal quantum force, introduced ten years ago, would violate the principle of angular momentum conservation. It is specified in the present work that the essence and the method of logical deduction of the quantum force do not overstep the limits of the universally recognised quantum formalism. The puzzle revealed by J.E. Hirsch concerns rather of quantum mechanics in whole than a certain theory or work. The essence of this and other puzzles generated with quantum mechanics is considered shortly.