
Electric deceleration brings a beam of the largest molecules yet to a standstill. Read more in APS Physics…

Electric deceleration brings a beam of the largest molecules yet to a standstill. Read more in APS Physics…
A model captures the influence of plant flexibility, leaves, and current on wave dissipation by a meadow of marsh plants. Read more in APS Physics…
Researchers have visualized the nanoscale jumps in a ferroelectric’s polarization that are thought to play a key role in how well some ferroelectric devices function. Read more in APS Physics…
Developing new pathways to create and protect quantum coherence will enable exquisitely sensitive measurement and information processing devices that function at ambient or even extreme conditions. Read more at Berkeley Lab…
Using an updated superconducting particle detector, researchers can directly measure from its quasiparticle signal the number of phonons that hit the detector. Read more in APS Physics…
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. Read more in APS Physics…
Using ultracold atoms, researchers measure the number of chiral edge states in a system with time-reversal symmetry. Read more in APS Physics…
Simulations reveal the gravitational-wave signal of string theory’s “fuzzy” black holes, a signature that researchers could potentially measure. Read more in APS Physics…
A new quantitative study finds a correlation between physicists who change areas of research and their scientific impact as measured by citations. Read more in Physics Today…
A sheared magnetic loop in the Sun’s corona can give rise to a thinning sheet of electrical current, magnetic reconnection, and tension forces strong enough to hurl material into space. Read more in Physics Today…