The plant is located on the property of a particle board maker, Decorative Panels.
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It has been 30 years since the discovery of a particle of this magnitude.
They can be introduced with a particle accelerator, which can be turned off if danger threatens.
But occasionally a neutrino reacts with an atom to create a particle called a muon.
He is the new official spokesperson for the ATLAS experiment, a particle physics experiment at CERN.
Is he not a particle of a dead life that has drifted in from the imaginary void?
What is interesting about their wave form is that they only collapse into a particle when being observed.
This shows that light is actually neither just a particle nor just a wave, but rather both simultaneously.
Each one of these pieces of data is called a particle event.
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When a meson and an anti-meson of any description are created in a particle accelerator, they normally fly off in opposite directions.
We think dark matter is a particle too, it's just an odd form of matter in the fact that we don't perceive it very readily.
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As every schoolboy knows, if you bring a particle and an antiparticle together, they annihilate each other in a burst of energy.
The angle of the radiation a particle gives off reveals its velocity.
However, one of those is when a particle is slow-moving and massive.
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His measurements suggest that muons also differ from electrons in a property called magnetic moment, which governs a particle's interaction with magnetic fields.
Thousands of experiments have been undertaken to measure it ever more precisely, and no result has ever spotted a particle breaking the limit.
So physicists are eagerly seeking more, and two groups working at Fermilab, a particle-physics laboratory near Chicago, think they have found a candidate.
Certain particles will attract larger clusters of Higgs bosons -- and the more Higgs bosons a particle attracts, the greater its mass will be.
In the wacky world of quantum physics, however, it is not always impossible to work out what a particle once was but no longer is.
Watching football's mad genius, Bill Belichick, try to think his way around San Francisco's ball-hawking beasts would have been the football equivalent of a particle accelerator.
Such a particle, if produced in his apparatus, would cruise through a detector made of barium-phosphate glass and leave a trail of damage along the way.
Using a particle accelerator, he demonstrated that cosmic rays colliding with molecules in the atmosphere can, in fact, cause gaseous water vapor to condense into cloud-forming droplets.
In July, a team from the European nuclear research facility at Cern, Geneva, announced the detection of a particle that fitted the description of the elusive Higgs.
"We've never seen an elementary particle with spin zero, " said Tony Weidberg, a particle physicist at the University of Oxford who is also involved in the CERN experiments.
The result is the social-science equivalent of a particle accelerator or a space-based telescope, says Robert Willis, a University of Michigan economics professor and the survey's principal investigator.
Heisenberg's uncertainty principle, one of the central tenets of quantum mechanics, maintains that you cannot pin down all the physical properties of a particle at the same time.
Radioactive decay happens when a radioactive substance emits a particle.
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The wavefunction describes just how wave-like a particle actually is.
They are known as fermions, after Enrico Fermi, the physicist who built the first nuclear reactor, and who also gave his name to Fermilab, a particle-physics laboratory near Chicago.
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These are superpositions of ones and zeros and are represented by, for example, the direction of spin (with respect to a magnetic field) of a particle such as an electron.
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