Demonstration could shed light on the nature of the classical-quantum transition for small objects
Read article: Physicists apply quantum squeezing to a nanoparticle for the first time
Global network could pinpoint astronomical sources
Read article: Phase shift in optical cavities could detect low-frequency gravitational waves
New algorithm turns structured motion into sharper images
Read article: Motion blur brings a counterintuitive advantage for high-resolution imaging
STAR collaboration homes in on critical point for quark–gluon plasma
Read article: Hints of a boundary between phases of nuclear matter found at RHIC
With further improvements, the instrument could enable direct tests of relativistic effects
Read article: Optical gyroscope detects Earth’s rotation with the highest precision yet
Predictive model accelerates the development of nanoparticles as potential drug carriers for targeting neurodegenerative diseases
Read article: Machine learning optimizes nanoparticle design for drug delivery to the brain
A lead halide material can detect and image single gamma-ray photons with both high-spatial and high-energy resolution
Read article: Perovskite detector could improve nuclear medicine imaging
Physicists plan to test idea in the lab
Read article: Radioactive BEC could form a ‘superradiant neutrino laser’
New work could help improve quantum machine learning and quantum error correction
Read article: Bayes’ rule goes quantum
A look at some of the more unconventional applications of radiation therapy reported at the ASTRO 2025 meeting
Read article: ASTRO 2025: expanding the rules of radiation therapy
