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Tag Archives: APS Physics
Direct Detection of Phonons
Using an updated superconducting particle detector, researchers can directly measure from its quasiparticle signal the number of phonons that hit the detector. Continue reading
The Women Who Win
Women who have received major physics prizes share their thoughts about what the awards mean to them and about how they help in bringing science to the forefront. Continue reading
A Hallmark of Topological Insulators is Measured in Atoms
Using ultracold atoms, researchers measure the number of chiral edge states in a system with time-reversal symmetry. Continue reading
A Way to Experimentally Test String Theory’s “Fuzzball” Prediction
Simulations reveal the gravitational-wave signal of string theory’s “fuzzy” black holes, a signature that researchers could potentially measure. Continue reading
Analyzing the Sharkskin Instability
The stretching and recoiling of polymer chains leads to the characteristic ridge pattern as a soft material exits a narrow nozzle. Continue reading
Low-Loss Quantum Buses for Photons
Researchers demonstrate a way to shuttle photons between modules of a quantum processor that can detect and correct communication losses. Continue reading
Balding Black Holes Lose Their Magnetic Hair
First-principles plasma simulations show that black holes can’t keep their magnetic fields. Read more in APS Physics… Continue reading
Ricocheting Waves Pinpoint an Object’s Location
An echo chamber captures small-scale information about an object without the need for up-close probing. Read more in APS Physics…
Quantum Metasurfaces Entangle Photons on Demand
When it’s modulated by laser beams, a surface made of polarizable meta-atoms can entangle a photon’s properties in multiple, controllable ways. Continue reading
Ion Clock Makes Maiden Space Voyage
After a year in low Earth orbit, a NASA demo mission proves that an ultraprecise atomic clock retains its stability in space, paving the way for real-time deep space navigation. Read more in APS Physics…