Science ❯ Physics ❯ Astrophysics

Dark Matter

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

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

The peer-reviewed study argues that gamma-ray signals depend on a local mix of two dark matter particle types that only annihilate when they meet.

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

Researchers Prepare Infrared Search for Dark Dwarfs at Galactic Center

New 'Dark Dwarfs' Theory Proposes Substellar Objects Fueled by Dark Matter

ANITA Detects Unexplained Radio Signals Beneath Antarctic Ice