Kondo enabled transmutation between spinons and superconducting vortices: Origin of magnetic memory in 4HbTaS2

Author:

Lin Shi-Zeng11ORCID

Affiliation:

1. Los Alamos National Laboratory

Abstract

Recent experiments [Persky , ] demonstrate a magnetic memory effect in 4HbTaS2 above its superconducting transition temperature, where Abriokosov vortices are spontaneously generated by lowering the temperature at zero magnetic field after field training the normal state. Motivated by the experiment, we propose the chiral quantum spin liquid (QSL) stabilized in the constituent layers of 4HbTaS2 as a mechanism. We model 4HbTaS2 as coupled layers of the chiral QSL and the superconductor. Through the Kondo coupling between the localized moments and conduction electrons, there is mutual transmutation between spinons and vortices during the thermal-cycling process, which yields the magnetic memory effect observed in experiments. We also propose a mechanism to stabilize chiral and nematic superconductivity in 4HbTaS2 through the Kondo coupling of conduction electrons to the chiral QSL. Our picture suggests 4HbTaS2 as an exciting platform to explore the interplay between QSL and superconductivity through the Kondo effect. Published by the American Physical Society 2024

Funder

Los Alamos National Laboratory

U.S. Department of Energy

Laboratory Directed Research and Development

Publisher

American Physical Society (APS)

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