As the world gears up for more powerful particle colliders, new 4D quantum sensors tested at Fermilab promise sharper ...

RIKEN physicists have devised a theoretical method to probe elusive Majorana fermions in topological superconductors by ...

To learn more about the nature of matter, energy, space, and time, physicists smash high-energy particles together in large ...

Our understanding of how the physical world works – from the tiniest subatomic particle ... and dark energy (70%). But no one has yet been able to detect the particles that make up either ...

Fundamental particles fall within two camps—fermions or bosons—but a new study suggests that hypothetical paraparticles could exist in a kind of inbetween. Although technically quasiparticles ...

photons (light particles), and other subatomic particles like quarks. In the everyday world, at the scale that we can see, things tend to follow the laws of classical physics. However, when you ...

As if atoms weren’t already mind-blowingly small, never mind subatomic particles, CERN researchers in the CMS Collaboration were sifting through data from the Large Hadron Collider (LHC ...

Physicists studied proton interactions at the Large Hadron Collider to see if they could find quantum entanglement as a ...

Physicists have placed a new limit on how big the elusive neutrino can be—one of the universe’s smallest known particles—a limit that makes other subatomic particles look as big as black ...

The range of subatomic particles and fundamental forces are the cutting edge of modern physics. Nuclear reactions Alpha decay involves the release of a helium nucleus. Beta decay involves the ...

Using subatomic particles as the basis for making calculations, a quantum computer needs only minutes to perform a task that would take a conventional computer years -- if not centuries -- to ...