Particle Physics
- Particle Physics
Neutrino discovery launched a new type of astronomy
Particles associated with a blazar kick-start the field of neutrino astronomy.
- Cosmology
Voyager 2 spacecraft enters interstellar space
Voyager 2 just became the second probe ever to enter interstellar space, and the first with a working plasma instrument.
- Particle Physics
A controversial sighting of dark matter is looking even shakier
Two dark matter experiments disagree despite using the same type of detector material.
- Particle Physics
The Large Hadron Collider is shutting down for 2 years
The world’s largest particle accelerator will restart in 2021 at higher energy.
- Particle Physics
Physicists finally calculated where the proton’s mass comes from
New study indicates that the proton is much more than just the sum of its parts.
- Particle Physics
Why a chemistry teacher started a science board game company
Subatomic is the latest game from John Coveyou, whose company Genius Games wants people to find the joy in science.
- Particle Physics
Nuclear ‘knots’ could unravel the mysteries of atoms
Skyrmions might help loosen scientific snarls in studies of atomic nuclei.
- Particle Physics
Physicists measured Earth’s mass using neutrinos for the first time
Counting tiny particles that can zip straight through the Earth reveals what the planet is like on the inside.
- Particle Physics
What the electron’s near-perfect roundness means for new physics
The electron remains stubbornly round, meaning we may need to build beyond the Large Hadron Collider to find physics outside of the standard model.
- Cosmology
The universe’s continued existence implies extra dimensions are tiny
The strictest limits yet on the size of extra dimensions come from the fact that black holes haven't destroyed the universe.
- Particle Physics
Physicist Leon Lederman, renowned for his subatomic particle work, has died
The Nobel Prize–winning particle physicist discovered multiple particles and wrote popular science books.
- Particle Physics
Hints of weird particles from space may defy physicists’ standard model
Signals from the ANITA experiment don’t square with the properties of elementary particles cataloged in the standard model.
