Examples of using Bosons in English and their translations into Hebrew
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masses of W/Z bosons, can be used to calculate constraints on the mass of the Higgs.
Bosons are a decidedly mixed bunch that includes the photons of electromagnetic force, the W and Z bosons of the weak force,
The quanta of an Abelian gauge field must be massless, uncharged bosons, as long as the symmetry is not broken; hence,
The LHC's proton-proton collisions create hundreds of Higgs bosons per hour, but they're a tiny minority of the riot of particles continuously spraying out from those crashes and storming the accelerator's detectors.
In addition to explaining how mass is acquired by vector bosons, the Higgs mechanism also predicts the ratio between the W boson
The rubidium atoms in the researchers' experiment were bosons, sociable particles that can all crowd into the same space even if they possess identical values in their properties including spin.
12 species of elementary bosons("radiation particles"),
12 species of elementary bosons("radiation particles"),
12 species of elementary bosons("radiation particles"),
One of them shows two photons(two green energy towers from ECal with no corresponding tracks). The other shows a possible Higgs decay into two Z bosons.
Physicists continue to hypothesize grand unified theories that connect these four gauge bosons with the eight gluon gauge bosons of quantum chromodynamics; however,
Physicists continue to hypothesize grand unified theories that connect these four gauge bosons with the eight gluon gauge bosons of quantum chromodynamics; however,
because it is the stuff the Higgs bosons are made of.
The statistical mechanics of bosons were developed by Satyendra Nath Bose for a photon gas,
as collaboration leader and spokesperson, and was directly involved in the experimental work leading to the discoveries of the W and Z bosons in the 1980s and the Higgs boson in 2012.
In essence this was a first step in the direction of final verification of the scientific reality of the unity that lies at the foundation of our universe(it is expected in the next few months or years that not 1, but 4 different Higgs bosons will be found,
which include a variety of bosons, quarks and hadrons(such as nucleons,
The first step is to measure with great precision the properties of the Higgs boson we have discovered,
The final particle of the Standard Model is the Higgs boson- a quantum ripple in the background energy field of the universe.
Right, so it seems like finding this Higgs boson gives a direction for exploration,