Latest Articles for Magnetism

Research on Cr CoAl explores its structure and magnetic properties for future technologies.

Examining how to control magnetic anisotropy in CoFeB films for advanced applications.

Research on FeGa alloy reveals new ways to harness the anomalous Nernst effect.

Investigating how magnetic fields in supernovae affect neutrinos and their behavior.

Fe SiSe shows interesting magnetic behavior with a sawtooth lattice structure.

A new model uses machine learning to estimate magnetic interactions in materials.

Research on FeCoSi reveals unique properties of metal-insulator transition and magnetism.

Researching the unique magnetic traits of double perovskite oxide Sr NiWO.

New research on magnetic structures is advancing data storage technology.

Study reveals how spin vacancies influence magnetic properties in -RuCl.

Research sheds light on the unique properties of Kondo insulators and their defects.

Research reveals new dynamics in magnetic materials at ultrafast time scales.

Research shows how strain affects magnetic properties in synthetic ferrimagnets.

Research on Kitaev magnets reveals unique magnetic behaviors under external fields.

A study examines a mini-filament eruption, enhancing our view of solar phenomena.

This study examines how atomic disorder influences anisotropic magnetoresistance in FeCo alloys.

Exploring the potential of magnetic Weyl semimetals for advanced electronic applications.

Research reveals complex magnetic behaviors in chromium-substituted pyrochlore iridates.

Examining the impact of magnetic fields on gas and dust in space.

Research on frustrated magnets reveals complex magnetic interactions and zero-point entropy.

Examining how magnetic fields and AC drives affect charge carriers in organic materials.

Exploring how canted antiferromagnets create spin-triplet Cooper pairs in superconductors.

A new setup measures proton spins in water for magnetic field research.

Scientists investigate the formation and dynamics of solar jets.

Exploring how magnetic materials behave with long-range interactions using advanced simulation techniques.

An overview of paramagnetic excitons and their unique properties in honeycomb structures.

Examining how light interacts with magnetic materials and its potential applications.

Research on FeSe S reveals connections between superconductivity and magnetic properties.

Research reveals behavior of spin waves in moiré structures influenced by twist angles and magnetic fields.

New insights into magnon bands and their complex interactions in magnetic materials.

Examining how magnetic moments influence and interact with electron systems.

Recent findings reveal the connection between charge density waves and magnetism in FeGe.

La NiO reveals complex magnetic interactions that challenge existing theories.

CIPs may significantly influence magnetic fields and galaxy formation in the universe.

LaNi exhibits unique magnetic behavior, revealed through advanced resonance techniques.

Examining how frustration affects magnetic properties in decorated triangular lattices.

New methods enhance understanding of rapid magnetization changes in materials.

Exploring the role of random-anisotropy magnets in effective microwave absorption.

Research focuses on the Kitaev-QSL state in OsCl using computer simulations.

Research on ScMnAlSi reveals unusual electronic behavior linked to its kagome structure.