A physics-based JWST model recovered 51 Eridani b from stellar glare, while KM3NeT tested Lorentz symmetry, ice-giant simulations explained strange fields, and two early black holes emerged in one galaxy.

CMS directly observes a particle wake in quark–gluon plasma, Rubin finds a distant dwarf-planet candidate, an ancient meteorite records watery Mars, and Super-K reports a possible cosmic neutrino glow.

Webb's COSMOS-Web survey maps 12,523 probable cosmic filaments, while new results probe an alien atmosphere, a blinking galaxy, and icy grains from interstellar space.

This week in science: a cluster collision revives a giant radio phoenix, zero-photon imaging uses missing clicks, XRISM maps iron dust, the CMB reveals cluster motion, and Webb finds a line with no visible source.

This week in science: Webb traces the most distant known fast radio burst, IceCube earns the 2026 Physics Nobel, nuclear clocks begin ticking, Artemis II sees lunar impacts, and Hubble finds a possible second-generation planet.

This week in science: JWST pushes star-like formation to two Jupiter masses, LIGO reveals quantum back-action on 40-kilogram mirrors, WASP-12 b loses hydrogen into space, and Chandra uncovers 84 hypersoft X-ray sources.

Roman heads toward L2 as a quantum free-fall test supports Einstein, dark-matter detectors enter the neutrino fog, and X-rays hint at a 0.16c black-hole inflow.

This week in science: S301 races around Sagittarius A* at more than 8% of light speed, REBELS-25 reveals an unexpectedly mature early galaxy, JWST probes a reflective lava-world atmosphere, and ancient nova shells may surround U Geminorum.