Latest Articles for Magnetism

Investigating magnon condensation in quantum magnets with spin-orbit coupling and external fields.

This article examines how charged particles behave near black holes and their significance.

Researchers examine skyrmions in ferrimagnetic materials for innovative data storage solutions.

Examining how magnetic fields affect turbulence in neutron stars and cosmic formations.

Researchers uncover strong superconducting properties in layered materials under magnetic fields.

Exploring unique magnetic configurations in advanced materials.

Exploring the unique properties and effects of magnetic Weyl semimetals.

CoFeRhO shows potential for advanced applications with unique magnetic properties.

Research reveals how spin-Peierls transitions alter magnetic properties in organic compounds.

How oxygen influences iron's properties in the Earth's outer core.

Investigating classical spin liquids reveals new insights into magnetic systems and potential technologies.

Research on artificial honeycomb spin ice reveals new magnetic charge behaviors.

GdRu2Si2 exhibits unique magnetic structures with potential applications in electronics.

Research on multilayer metamaterials opens new doors for data storage and processing.

Short magnetic nanowires show potential for fast and efficient memory systems.

Research reveals helical order in EuCuAs can create Weyl nodes.

Research reveals the magnetic and electronic potential of (Mn Fe) Ge.

Examining how composition and temperature affect the properties of magnetic nanocomposites.

A look at solar activity differences between hemispheres and the Hale cycle.

Researchers observe radio signals from YZ Ceti, revealing insights about exoplanets.

Study reveals how growth conditions affect magnetic behavior in thin films.

Exploring edge ferromagnetism in triangular-graphene quantum dots and rings.

This article explores how cobalt affects the structure and magnetism of Sr(Ni, Co)P.

Studying the unique magnetic behavior of UTe at low temperatures.

This research examines how laser light affects the magnetic states of iron-rhodium.

Examining how magnetic fields influence NbTiN superconducting resonators in quantum circuits.

Antiferromagnets and Bloch lines could revolutionize spintronic technologies.

A look into the processes behind the Sun's magnetic activity.

Exploring magnetic behavior in moiré materials through electron movement.

Research reveals unique properties of iron-based superconductors like FeSe1-xTex.

A study on the effects of lattice vibrations in magnetic materials.

Research shows how THz fields can excite spin modes in ferrimagnetic materials.

Exploring the significance and potential of magnetic skyrmions in technology.

This study examines integrable spin chains and their implications for quantum computing.

Researching spin dynamics reveals insights into magnetic and electric properties of materials.

Researchers investigate long-range interactions in quantum systems, focusing on magnetism and phase transitions.

A look into a new magnetic behavior that blends ferromagnetic and antiferromagnetic features.

CrSiTe stands out for its low thermal conductivity and magnetic properties.

Research shows doping Fe GeTe with nickel significantly increases its Curie temperature.

Study reveals persistent ferromagnetism in LaCrAsO despite high hole doping levels.