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A wafer scale porous graphene film shows room temperature ferromagnetism linked to zigzag edge spacing, with impurity measurements showing trace magnetic metals cannot explain the...
Researchers at Shenzhen University, the Japan Atomic Energy Agency, the National Institutes for Quantum Science and Technology (QST), the University of Tokyo, the University of Sci...
Altermagnets have emerged as one of the most intriguing new classes of magnetic materials because they combine properties traditionally associated with two apparently opposing worl...
A sublayer chemistry strategy creates new lanthanide MXenes that combine semiconducting behavior with low-temperature ferromagnetism in a single material.
A surge in big-data and quantum-device development is pushing materials toward the atomic scale, where conventional magnetism often fails. One key limitation is the superparamagnet...
A previously overlooked set of spin symmetries has revealed that magnetism does not fit neatly into just two categories. For more than a century, physicists divided collinear magne...
Researchers demonstrate persistent magnetization reversal in multiferroic nanostructures using electric fields rather than current.
Electron spin can strongly alter surface reactions, with spin orientation changing hydrogen adsorption and abstraction on magnetic surfaces.
Quantum effects could amplify current-induced magnetic fields, turning individual molecules into detectable nanoscale magnets.
Uniaxial stress induces a new magnetic phase in PdCrO₂, revealing strong coupling between magnetic order, electronic structure and lattice elasticity The post Tuning frustrated mag...
Could an ultrathin magnetic material change how future electronics handle data? A rare magnetic state could enable faster, lower-energy devices. Researchers at IIT Bhubaneswar and...
Independent testing confirms intended iron boride phase as conversion rises to 51%-62%; 1,400°C testing and larger-batch work advance the next stage of a potential U.S. mine-to-mag...
A new compound fills the structural gap between known materials, linking crystal layer count to magnetic order and Dirac-like electronic bands.
Study of inclusions in a primordial meteorite suggests that magnetism must be considered in simulations of planet formation, and may even be the dominant factor The post Magnetism...
Researchers have uncovered how a two-dimensional magnet reorganises itself into hexagonal magnetic clusters, producing an unusual quantum-disordered state The post Magnetic molecul...
A two-step heating process produces highly ordered 5-nm-thick FePd films for low-power magnetic random-access memory and high-density magnetic storage.
By combining the most successful features of previous molecular magnet designs, researchers have created high-performing lanthanide-based molecules that could support future ultra-...
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