Science ❯ Astrophysics

Dark Matter

Dark Energy Galaxy Formation Cosmic Structures Galactic Structure Dark Matter Halos Hypothetical Particles Galaxy Evolution Cosmic Structure Primordial Black Holes Vera Rubin

NASA Completes Roman Space Telescope, Sets Early September Launch

The mission pairs a Hubble‑size mirror with a panoramic infrared camera to deliver fast surveys that could sharpen tests of dark energy.

Cosmic Bounce Theory Suggests Black Hole 'Fossils' Could Account for Dark Matter

Study Traces Small Magellanic Cloud’s Odd Stellar Motions to Past Crash With the Large Magellanic Cloud

New Studies Probe KM3NeT’s Ultra-High-Energy Neutrino, Testing New Physics Against Cosmogenic Models

Construction Begins on MOTHRA, a 1,140-Lens Telescope in Chile to Map the Cosmic Web

Candidate Ultra-Faint Galaxy in Perseus Appears 99% Dark Matter

Dark Matter Core Model Challenges Black Hole at Milky Way’s Center

Peer-Reviewed Model Ties 2023 Ultra‑High‑Energy Neutrino to Exploding Primordial Black Hole

Hubble Confirms First Starless Dark-Matter Cloud, ‘Cloud-9,’ a Predicted RELHIC

Hubble Confirms First Starless Dark-Matter Cloud, 'Cloud-9,' a Predicted RELHIC

Astronomers Map 50-Million–Light-Year Rotating Cosmic Filament Nearby

MicroBooNE and KATRIN Rule Out Simple Sterile Neutrino Model

Study Calculates How Tiny Black Holes Could Injure Humans—and Why Encounters Are Virtually Impossible

Euclid Data Maps a Cooling Universe as Star Formation Declines

Peer-Reviewed Study Models Early-Universe Collapse Into Primordial Black Holes and Exotic Stars

ESA Inaugurates 35-Meter New Norcia Deep-Space Antenna in Western Australia

DES/DESI Analysis Fuels Model Predicting a Future Big Crunch

New Model Puts Odds of Spotting an Exploding Primordial Black Hole This Decade at Up to 90%

New Modeling Strengthens Direct-Collapse Black Hole Explanation for JWST’s ‘Little Red Dots’

Black-Hole-Driven Cluster Model Challenges Dark-Matter Interpretation of Ursa Major III