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Tag Archives: APS Physics
Light Boosts Magnetism in a Crystal
Ultrafast laser pulses drive spin alignment that strengthens a titanate crystal’s magnetism and extends it to higher temperatures. Continue reading
Characterizing Clusters inNuclear Collisions
High-energy collisions result in the formation of clusters of neutrons and protons inside atomic nuclei and in the emission of energetic ions. Continue reading
Posted in APS Physics
Tagged APS Physics, Atomic and Molecular Physics, Nuclear Physics
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The Mechanics of Curly Hair
By examining the mechanical and geometric properties of curly hair, Michelle Gaines creates a classification system that could help consumers find optimal hair-care products. Continue reading
Palladium Oxides Might Be Superb Superconductors
Calculations motivated by the successful prediction of the nickelate phase diagram suggest that palladates might hit the sweet spot for high-temperature superconductivity. Continue reading
Posted in APS Physics
Tagged APS Physics, Condensed Matter Physics, Superconductivity
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How a Leak Can Stop Itself
The mass-and-spring-like behavior of a water droplet helps explain its ability to seal the leaky pipe from where it came. Continue reading
Deciphering Single-Molecule Fluorescence
Spatial maps of the light emitted by an excited molecule reveal how the emission depends on the molecule’s charge states. Continue reading
Universal Quantum Logic through Spin Swapping
Researchers have demonstrated quantum gate operations in a system where voltage pulses cause neighboring electron spins to swap with one another. Continue reading
How Microswimmers Push Through Solid-Like Fluids
If a helical bacteria’s tail propulsion is strong enough to deform the yield-stress fluid ahead of the swimmer, locomotion proceeds. Continue reading
High-Resolution Wind Detection
A phase-modulated lidar system can measure the speed of distant winds at submeter scales, potentially allowing detailed maps of turbulent flows. Continue reading
A New Route to Room-Temperature Ferromagnets
A novel crystalline material is readily grown from low-melting-temperature mixtures—a result that points toward a new route to above-room-temperature ferromagnets. Continue reading
Rachel Berkowitz 