New Optical Method to Verify Topological Phases in Magnetic Materials
It is hoped that magnons could be used to construct more sustainable technology in the long term
magnetic properties
Making Sense of Coercivity in Magnetic Materials with Machine Learning
A meaningful approach for analyzing how a material’s microstructure relates to its macroscopic physical properties
How Magnetism Could Help Explain Earth’s Formation
A peculiar property of the Earth’s magnetic field could help us to work out how our planet was created
Researchers Use Light to Control Magnetic Fields at Nanoscale
The demonstration of efficient optical control of spin order has great potential for device applications
Alaska Scientist Reveals Cause of Lost Magnetism at Meteorite Site
The discovery could further the study of not only Earth’s geology but also that of other bodies in our solar system
Magnetic Material 3D-Printed from Nonmagnetic Powder
Scientists fuse two materials in an alloy whose composition changes from one region of the sample to the other
Stress Enhances the Properties of a Promising Material
New exotic state of one of the most promising multiferroic materials, with exciting implications for future technologies
Novel Quantum Effect Discovered in Naturally Occurring Graphene
International research team led by University of Göttingen finds atomically-thin carbon generates its own magnetic field
Quantum Computing Helps Unravel Mysteries of Magnetic Materials
Research team becomes the first to generate accurate results from materials science simulations on a quantum computer that can be verified with other methods
Are Skyrmions the Basis for a Totally New Computer Architecture?
Modern computer technology based on skyrmions promises to enable an extremely compact and ultrafast way of storing and processing data