quantum

A theoretical and experimental roadmap shows how coherent three‑body recombination can turn a gradual atomic-to‑molecular crossover into an abrupt, bistable first‑order transition… Feb 18, 2026

A new mathematical technique explains why certain proton and neutron counts make atomic nuclei unusually stable, resolving a decades‑long puzzle in nuclear physics and reshaping m… Feb 17, 2026

A Vienna experiment shows nanoscale metal clusters made of thousands of atoms produce clear quantum interference, tightening limits on models that would force larger objects to be… Jan 29, 2026

Richard Feynman's path-integral idea shows that classical motion is an emergent pattern of quantum possibilities; a 2023 experiment made that emergence visible by measuring single… Jan 01, 2026

Physicists, philosophers and neuroscientists disagree: determinism, quantum uncertainty, chaos and emergence each change the free-will question. This article explains how modern p… Dec 30, 2025

A team at the Indian Institute of Science reports in Physical Review Letters (22 December 2025) that formulas Srinivasa Ramanujan discovered more than a century ago reappear insid… Dec 23, 2025

Laurent Simons, a Belgian prodigy who has just earned a PhD in quantum physics, is now pursuing medical research with AI and has publicly described ambitions to develop human enha… Dec 10, 2025

Researchers at TU Wien report that quantum correlations between particles can produce self-sustaining temporal order, challenging the view that such correlations only disrupt time… Nov 14, 2025