Magnetic Quantum String Waves in Non-Degenerate Quantum Plasma

TL;DR

This paper investigates magnetic quantum string waves in non-degenerate quantum plasmas, revealing new wave modes, instabilities, and growth rates, advancing understanding of quantum plasma dynamics under magnetic fields.

Contribution

It introduces the concept of magnetic quantum string waves and analyzes their instabilities and growth rates in non-degenerate quantum plasmas.

Findings

Discovered a new type of cyclotron oscillation with small growth rate.

Revealed excitation of a novel quantum mode.

Derived growth rates for kinetic instabilities of Alfven waves.

Abstract

Instabilities of transverse waves due to a constant magnetic field in a non-degenerate quantum electron-ion plasmas are studied. A new type of cyclotron oscillation with a small growth rate is disclosed. Excitation of a new quantum mode is also revealed. Furthermore, the kinetic instabilities of Alfven waves are discussed and the growth rates are obtained. A novel branch of waves that we call a magnetic quantum string waves is found.