Category: Physics
New 2D material with dual magnetic states enables energy-saving memory chips
Researchers have identified a layered magnetic semiconductor that uniquely combines tunable electronic and magnetic properties, opening a new avenue for…
3D simulations achieve true steady state in turbulent plasma
In a significant advance for plasma physics, researchers have successfully used large-scale 3D particle-in-cell (PIC) simulations to model turbulent plasma…
Preserving collider data enables future particle physics discoveries
Preserving collider data enables future particle physics discoveries, with the LHC producing one petabyte per second and portals to open data enabling analysis
Physics-informed AI deciphers the local rules governing collective motion
Physics-informed AI reveals the local rules of collective motion, showing how simple interactions yield swarms and validating results with pigeon GPS data
Virtual charges alter material responses to light
In a discovery that bridges the quantum and macroscopic worlds, scientists have demonstrated that the fleeting existence of “virtual” particles…
Coexisting magnetic states in 2D material promise energy-saving memory chips
Researchers have developed an atomically thin material where two opposing magnetic forces can coexist, a breakthrough that promises to reduce…
Extreme electrical fields cause diamond to fail
Researchers test diamond under extreme electrical stress to map its breakdown, using laser-induced damage thresholds and defect-driven failure as a guide
3D simulations demonstrate true steady state in turbulent plasma
A breakthrough in computational physics has solved a decades-old problem in plasma science by achieving the first-ever true steady state…
Preserving collider data ensures future physics discoveries
Preserving collider data from the LHC safeguards future physics discoveries by maintaining a petabyte-per-second data flood with software for decades ahead