Tag: Physical Review Letters

Physicists have developed a theoretical model describing how relativistic particles move through extreme fluids, offering new insight into the universe's ...

Using handed terahertz light on ultrathin iron-based superconducting films, Rutgers and Estonian researchers separated two groups of quantum particles trapped ...

Nuclear magnetic resonance measurements reveal three distinct superconducting phases in K₂Cr₃As₃, establishing the compound as a tunable bulk platform for ...

Physicists have directly imaged how like charges arrange themselves on a sphere, experimentally visualizing the Thomson problem first posed in ...

A peer-reviewed theoretical study found that non-unique quantum mixed-state decompositions may permit deterministic energy transfer without a corresponding transfer of ...

Auburn University physicists used ultrashort laser pulses to align nanoscale polar regions in a quantum ferroelectric metal, showing that electric ...

Researchers at the University of Tsukuba used a zero-order Bessel ultrasound beam to stably levitate objects up to roughly 40 ...

Micromagnetic simulations by researchers at Waseda University show that structured optical skyrmion beams can precisely control the trajectories of magnetic ...

Rice University physicists have theoretically shown that autferroic materials with a 'seesaw' magnetoelectric mechanism can generate true random numbers over ...

In a landmark laboratory astrophysics study, researchers used high-energy lasers and simulations to show that stellar magnetic fields of about ...