Science ❯ Physics ❯ Astrophysics

Dark Matter

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

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

The study offers a screening method for dark-matter hints in merger signals without claiming a discovery.

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

Milky Way Simulations Revive Dark-Matter Case for Galactic Center Gamma-Ray Excess

New Peer-Reviewed Model Says Changing Constants Could Explain Dark Matter and Dark Energy

Five-Image Einstein Cross Points to Massive Dark Matter Halo

Study Proposes Ganymede as a Detector for Rare, Massive Dark Matter

New Gravity-Only Models Propose Mirror Sector and Cosmic Horizon Origins for Dark Matter

Compact Detector Records First Reactor-Based Coherent Neutrino Scattering