Scientists used Earth's magnetic field and atmosphere as a giant detector to search for ultralight dark matter particles, improving axion limits and finding mysterious dark photon signals.
Scientists used Earth's magnetic field as a giant dark matter detector, setting new limits on axion interactions and finding mysterious dark photon signal candidates.
Physicists at the Relativistic Heavy Ion Collider discovered that a hidden gluon structure, not just quarks, may carry a proton's baryon number.
Scientists developed a new particle detector, PLATON, that uses a light-field camera and AI to track invisible particles in 3D, potentially improving medical scans.
Scientists at CERN's Large Hadron Collider have observed particle behavior inconsistent with the Standard Model, suggesting the presence of unknown particles or forces.
A new study explores electron-nuclei interactions, providing fresh constraints on dark matter candidates and hypothetical particles beyond the Standard Model.
University students built a dark matter detector to search for axions, establishing new experimental limits and demonstrating the value of small-scale research.
New research suggests gravitational waves in the early universe may have transformed into particles that eventually became dark matter, addressing a major mystery in physics.