Elektr0nika was also impatient for Cern to locate the fundamental particle that confers mass on to everything else: Come on, Higgs-Boson.

It's a lot like a regular quark, only heavier, meaning it's composed of an even more fundamental particle the standard model doesn't account for.

An anomaly in the tiny magnetic field of a fundamental particle could be the loose thread that lets us unravel a new layer of physics.

The teleportation effect is limited to quantum-scale objects, such as fundamental particles.

It describes 12 fundamental particles, governed by four basic forces.

At this scale, the masses of fundamental particles originate.

By detecting this light precisely, researchers hope to better understand the behavior of these fundamental particles.

Muons are fundamental particles very like electrons, but with a mass more than 200 times greater.

It is proposed that the Higgs field interacts with the fundamental particles, thereby giving them mass.

Gell-Mann's theory was that all hadrons were made up of still smaller, even more fundamental particles.

Electrons, which orbit atomic nuclei and give atoms their distinctive characters, are also considered fundamental particles.

Before string theory, each of the fundamental particles was thought to occupy a single point of space.

The theory describes an invisible field that pervades all of space and endows fundamental particles with mass.

Protons are fundamental particles found inside the atomic nucleus and can be focused much more accurately than X-rays.

He said the Higgs mechanism was only one solution to the question of how fundamental particles get their mass.

After the war, Heisenberg worked on a unified theory of fundamental particles and on plasma physics and thermonuclear processes.