Science ❯ Physics ❯ Astrophysics

Dark Matter

WIMPs Axions Detection Methods Primordial Black Holes Dark Energy Gravitational Effects Gamma Rays Research Weakly Interacting Massive Particles (WIMPs) Self-Interacting Dark Matter

LZ Reports Single Anomalous Event That Fits Heavy WIMP Models

Reporting a lone high-energy nuclear recoil consistent with heavy WIMP models, LZ seeks internal checks as well as independent confirmation

Roman Space Telescope Begins Transit to L2 After Successful Falcon Heavy Launch

LZ Records Single Unexplained Event That Matches Heavy WIMP Signature

CosmoCube: A Suitcase-Sized Satellite to Listen to the Universe’s Dark Ages from the Moon’s Far Side

Astronomers Find First Globular-Cluster Stellar Stream Beyond the Milky Way

Astronomers Publish Largest Two‑Dimensional Sky Map with 5.6 Trillion Pixels

New Gravitational-Wave Model Flags Possible Dark-Matter Imprint in One Black-Hole Merger

Study Links Self-Interacting Dark Matter Clumps to Three Cosmic Puzzles

Two-Component Dark Matter Model Offers New Explanation for Milky Way Gamma-Ray Excess

Hydrogen Spectroscopy Finds 0.8406 fm Proton Radius, QED Verified to 13 Decimal Places

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

KATRIN and MicroBooNE Null Results Undercut Simple Sterile-Neutrino Hypothesis

LUX-ZEPLIN Sets Strongest Low-Mass WIMP Limits and Detects Solar Neutrino Signal

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

Astronomers Report Possible Dark Matter Signal in Fermi Gamma-Ray Data

Study of Fermi Data Reports 20 GeV Gamma-Ray Halo Consistent With Dark Matter Near Milky Way Center

Astronomer Reports 20 GeV Gamma-Ray Halo Consistent With Dark Matter in Fermi Data

Study Reports Milky Way Gamma-Ray Halo Consistent With Dark-Matter Annihilation

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

Simulations Show Dark Matter Could Explain Milky Way’s Central Gamma-Ray Excess