Exact(8)
As long as the Higgs mechanism is in place, elementary particles that we know about will have the masses that they do.
We never actually observed quarks or gluons, we only observed composite particles that we supposed must be made of two or three quarks because they appeared to contain two or three somethings and the somethings seemed to fit very well the things that Murray Gell Mann called quarks.
The general theory that describes all elementary particles that we know of as well as their interactions is known as the Standard Model of particle physics.
Not only that, it also predicts a slew of new particles that we can start looking for in our colliders.
The mass of the particles that we react is slightly more than the particles we create and that mass difference is turned into energy.
"And it may turn out that Wimps are types of supersymmetrical particles that we will be able to make in the LHC.
There is, for example, the theory of supersymmetry, which predicts more such types of particles that we might find in further analyses.
First during the nineteen-seventies, but with increasing momentum during the eighties, a loose community of physics researchers had begun to postulate that the disparate small particles that we learned about in high-school science class — electrons, for instance — were actually the varied vibrations of tiny open and closed looped strings.
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Justyna Jupowicz-Kozak
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