

"Remarkable" new model of quantum double-exchange ferromagnets could produce fresh insights into these technologically-important materials
Study could shed light on exotic phases of matter
Researchers characterize the structure of liquid carbon for the first time, thanks to experiments at the European XFEL
Finding confirms that electron pairing in these high-temperature, high-pressure superconductors is mediated by phonons
Cool tool creates and characterizes exotic phonons in twisted graphene
New finding could aid the search for fundamental axions, say physicists
New technique does away with the need for strong magnetic fields to control spin currents
System could provide important insights into the dynamics of magnetic materials
New terahertz spectroscopy study puts to rest a long-standing controversy
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Physicists use the concept of quantum Fisher information to explain poor electrical conductivity in these unusual materials
Newly observed depinning phenomenon could aid the development of more efficient energy harvesters and help keep next-generation fuel-handling systems safe
New finding confirms a prediction made more than half a century ago
Analysing the Māori and Pasifika sport
Noble gas forms compounds with iron at extremely high pressures
The APS has combined its March Meeting and April Meeting into the Global Physics Summit, the largest physics conference in the world
Simulations could take just a few hours rather than several days
Important clue found in the mystery of inconsistent triboelectric series
Notch filter and demultiplexer created in thin magnetic film using current-loop array
"Fractional excitons" form in 2D carbon structure at high magnetic fields
Independent studies used atomic and superconducting qubits
Topological electronic crystal emerges from moiré pattern
New phase could be used to make faster and more compact memory and processing devices
Approach based on the quantum anomalous Hall effect does away with the need for applied magnetic fields
Study provides insights into the nature of this recently-discovered class of magnetism
Result in niobium phosphide contradicts typical metal behaviour
Spectroscopy measurements reveal "smoking gun" signature of semi-Dirac fermions in a topological semimetal
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