Sentence examples for much heavier particles from inspiring English sources

This could not be the Standard Model Higgs, Dr. Punzi and his colleagues concluded, because the Higgs is predicted to decay into much heavier particles, namely quarks.

The Lorentz term can also be affected by the magnetic field, however the oscillations correspond to lattice vibrations, with much heavier particles than free electrons with an effective mass of ∼0.02 m 0. No effect has been observed in GaAs at 8 T [11].

But the w-boson is much lighter than the top quark, so in order to get the w-boson to decay into a much heavier particle, the process required an incredible amount of energy, making it quite rare.

Beta particles have much greater penetrating power through tissues than do the much heavier alpha particles.

The ring is a key part of an experiment to measure a property called magnetic moment in muons, much heavier subatomic-particle relatives of electrons.

If the test particle is much heavier as the field particle this number should be increased and vice versa.

In this category we find all the supersymmetric partner particles, which are much heavier than the standard model particles because supersymmetry is broken.

A stream of such atoms is thus also a wave-beam with an extremely short wavelength for the heavier a particle, the shorter the wave associated with it, and rubidium atoms are much heavier than photons, the particles of light.Theories of quantum gravity predict that atomic beams will feel the pull of the space-time continuum itself.

The energy required to produce this acceleration makes these particles much heavier than normal, since it is converted into mass at the prevailing exchange rate (E=mc2).

Beacom also notes that many theorists favor schemes in which dark matter consists of much heavier weakly interacting massive particles, or WIMPs.

That is because supersymmetric particles are much heavier than their normal counterparts.The circumstances necessary for the shift from normal to supersymmetric matter to take place involve extreme density, but Dr Clavelli's calculations suggest that it is within the range of densities found in dead stars known as white dwarfs.