The LHC has just restarted after three years, kicking off a new era of smashing particles at 13.6 trillion TeV, which is near lightspeed.
It's a boom era for discovering new exotic particles that make up our reality.
Scientists invoke “new physics” to explain the weirdly synced-up “satellites” observed around the Milky Way and other nearby galaxies.
The most precise measurement of a W boson presents a possible challenge to the Standard Model of particle physics.
Scientists achieved breakthrough detections of an elusive particle from the dawn of time at the Large Hadron Collider.
The direct manipulation of antimatter will open up "unthinkable" possibilities in examining the fundamental makeup of our reality, scientists say.
An unexplained glow at the center of the Milky Way that has puzzled scientists for years might just be the aftermath of dark matter annihilation events.
First predicted 20 years ago, liquid glass has finally been observed under microscopes.
A new study deepens the mystery behind two possible detections of rare cosmic particles.
Teams have looked for a "fifth force" in the universe within the Earth's mantle, ultra-vacuum chambers, and in hypothetical particles such as "X17." Finding it could help explain mysteries around dark matter and dark energy.
Physicist Alexander Bataller recreated exotic cosmic phenomena on Earth using household materials.
Research reveals that these particles, usually found in emissions from coal power plants and car exhausts, can potentially transfer to unborn babies and lead to low birth weight, miscarriages and premature births.