Physics, chemistry, astronomy, and earth sciences
Uncover how microscopic magnetic "micromirrors" resolve the cosmic ray confinement mystery in galaxy clusters, defying conventional physics.
Showing 1 - 12 of 24 articles
Uncover how microscopic magnetic "micromirrors" resolve the cosmic ray confinement mystery in galaxy clusters, defying conventional physics.
Researchers successfully create the first neutron Airy beams, a quantum achievement that defies conventional physics and opens doors to new technologies.
A newly discovered blazar, VLASS J041009.05−013919.88, marks the most distant ever found, offering insights into early universe black hole growth.
JWST unveils massive, dead galaxies in the early universe, defying standard cosmic evolution models. Discover how these 'cosmic impossibilities' formed and ceased star formation so rapidly.
Researchers observed electric currents driving atoms to rearrange, transforming materials into new structures. This self-intercalation process was captured in real-time.
Physicists transformed 13,000 nuclear spins in quantum dots into a quantum memory register, overcoming a key barrier for practical quantum networks.
Quantum batteries near black holes? New research reveals quantum vacuum fluctuations can boost energy storage, merging quantum mechanics with gravity.
New research characterizes brown dwarfs as the "missing middle" between planets and stars. Discoveries around M-dwarfs confirm a cosmic "brown dwarf desert."
Neutron star mergers challenge cosmic shortcuts. New research reveals 'quasiuniversal relations' for gravitational waves fail beyond Einstein's relativity.
New research reveals heavy Higgs decays in the early universe provide a dominant, overlooked production mechanism for axions, crucial candidates for dark matter.
A prototype experiment narrows the search for invisible dark matter particles, using an ingenious optical trick with sapphire disks to hunt dark photons.
Theoretical physicists propose a hypothetical dark photon could prevent supernova explosions by sabotaging the neutrino engine, offering new insights into dark matter.
