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Dark Matter

Weakly Interacting Massive Particles Annihilation Weakly Interacting Massive Particles (WIMPs) WIMPs LUX-ZEPLIN Experiment Axions Dark Matter Experiments Quantum Sensors Theoretical Models Experimental Physics

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.

Japanese Team Outlines Quantum Sensor Network to Track Light Dark Matter

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

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

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

JWST Study Flags Four Possible ‘Dark Stars,’ Including One With Tentative Helium Signature

LUX-ZEPLIN Tightens WIMP Dark Matter Limits With 280-Day Dataset

Stacked Spectra Through Galaxy Clusters Unveil Step-Like Signal Suggesting Axion Conversion

Internal Pair Production Offers New Path to Dark Matter Detection

Dark Matter Search Shifts Focus After WIMP and Supersymmetry Setbacks

Ground Telescopes Capture Polarized Microwave Light From Cosmic Dawn

James Webb Telescope Data Challenges Dark Matter Theory in Early Galaxy Formation

Unexpected Antimatter Detections Hint at Dark Matter Breakthrough

Dark Matter Search Narrows with Record-Setting Detector

Scientists Propose Detecting Hawking Radiation with Current Telescopes

BREAD Experiment Advances Dark Matter Search with Novel Approach

CERN Plans Next-Generation Particle Collider to Explore Dark Universe

CERN Plans New Supercollider to Probe Universe's Mysteries