The direct manipulation of antimatter will open up "unthinkable" possibilities in examining the fundamental makeup of our reality, scientists say.
Preliminary results from the Large Hadron Collider keep showing a weird unexplained anomaly in an ultra-rare particle decay process.
The massive telescope made of glass orbs will detect "ghost" particles that hold the key to many of the universe's mysteries.
Scientists have measured the smallest gravitational field yet, which has big implications for future research into dark matter, quantum gravity, and the possibility of extra dimensions.
The path to dark matter and other fundamental enigmas may be through a warped extra dimension, according to a new study that proposes a new theory of the universe.
If built, the Future Circular Collider will be 10 times more powerful than the Large Hadron Collider, and could discover new types of particles.
After years of attempts, the particle’s most common decay pattern has finally been observed at the Large Hadron Collider.
In the foundations of physics, it has become accepted practice to prefer hypotheses that are aesthetically pleasing.
Watch Verlinde deliver a talk on his "new view" on gravity tonight.
Check out the first composite image of a dark matter filament in our universe.
She was Berkeley's first tenured female physics professor, and she's still fighting for equality.
Markos Kay's new short film features CERN-approved subatomic visualizations.