Latest Articles for Magnetism

Study of Heisenberg magnets' behavior under changing temperatures during phase transitions.

Examining the behavior and impact of transient filaments near solar pores.

This article examines the thermal Hall effect in a unique magnetic material.

Research reveals how barium alters properties of LaBaCoMnO materials.

Examining how magnetic fields affect the valence of Eu(Co Ni)P.

Investigating how stacking disorder affects the properties of -RuCl3 crystals.

Exploring the unique properties and potential applications of bistable N eel domain walls.

Exploring how open Fermi surfaces influence magnetism through Aharonov-Bohm effects.

Research on Josephson junctions reveals new possibilities in quantum device applications.

Study reveals how stellar and planetary magnetic fields impact atmosphere retention.

Discover the unique properties of Mn Au and its potential in technology.

Research shows potential improvements in magnetic devices using helium ion irradiation.

Study reveals insights on Van Hove singularities and electronic structures in materials.

Research reveals interactions of magnetism and structure in manganese phosphorus selenide.

Study shows quantum entanglement can persist even at elevated temperatures.

An overview of solar flares, their formation, and impact on technology.

Explore how MnBi Te's structure affects its magnetic and electric behaviors.

Research highlights the magnetic properties of FePS3 using advanced spectroscopy techniques.

This article examines the swift reversal of magnetization in ferromagnetic spin-valves.

Uncovering the origins and variations of solar wind from the Sun's corona.

New methods in spin dynamics improve control over antiferromagnetic materials.

Research on 5d osmate compounds reveals complex magnetic and structural properties.

CrysFieldExplorer simplifies the optimization of crystal electric field parameters.

A study of blowout and standard solar jets reveals key precursor activity.

Research explores interactions between sound and magnetic properties in layered material CrCl3.

A study of slowly rotating magnetized black holes reveals intriguing properties and behavior.

Examining turbulence effects in magnetic reconnection jets within Earth's magnetotail.

A new method enhances understanding and applications of molecular magnets.

Research reveals complex flow patterns in liquid gallium influenced by magnetic fields.

Magnetic skyrmions hold potential for future data storage technologies.

Study reveals insights into quantum spin liquids and magnetic states.

Exploring the unique magnetic behavior of EuGa under different conditions.

Examining the unique characteristics of the CuGaCr S magnet.

Exploring hyperfine interactions in carbon structures for technology applications.

Exploring the potential of nickel monosilicide in advanced electronic applications.

A new magnetometer improves magnetic field imaging for various applications.

Study reveals the role of electron interactions in stabilizing the LaRuSi Kagome lattice.

CeAlGe reveals fascinating electronic behavior influenced by composition and pressure.

Research reveals how magnetic fields influence Weyl semimetals' quantum critical points.

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