Приклади вживання Fermions Англійська мовою та їх переклад на Українською
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Fermions have half-integer spin;
All matter is made up of fermions.
Electrons are fermions, so they follow Pauli's exclusion principle.
For all known elementary fermions this is½.
Electrons are fermions and that means that they have a 1/2 spin.
Since then, physicists have been searching for Majorana fermions.
Fermions in the SM have spin-1/2 and therefore sfermions have spin 0.
Symmetry between bosons and fermions in certain physical systems.
So how do all these bosons really differ from fermions?
Jordan-Wigner fermions and dynamic probes of quantum spin chains.
After this was undertaken a number of studies and experiments aimed at finding evidence of these quasiparticles, which are called Majorana fermions(Majorana fermions).
Now let's put N non-interacting fermions of spin 1/2 into this box.
Fermions can exhibit bosonic behavior when they become loosely bound in pairs.
As the neutralinos are Majorana fermions, each of them is identical to its antiparticle.
Fermions have half-integer spin; for all known elementary fermions this is 1⁄2.
The exclusion principle states that two fermions in the same system cannot be in the same quantum state.
The sfermions will then exchange a gaugino or Higgsino orgravitino leaving two fermions.
For acetylene the hydrogens of1H12C12C1H have spin½ and are fermions, so the total wavefunction is antisymmetric when two 1H nuclei are exchanged.
Elementary fermions are grouped into three generations, each comprising two leptons and two quarks.
Through spontaneous symmetry breaking, these fermions acquire a mass proportional to the vacuum expectation value of the Higgs field.
For fermions, there exist very good approximations to their static properties and numerically exact exponentially scaling quantum Monte Carlo algorithms, but none that are both.
According to Kopp's model,dark matter particles would be fermions with a mass of only a few kiloelectron volts, frequently called sterile neutrinos.
Since electrons are fermions, the Pauli exclusion principle forbids them from occupying the same quantum state.
All searches for a fourth generation of quarks and other elementary fermions have failed, and there is strong indirect evidence that no more than three generations exist.
On the other hand, 3He atoms are fermions, and the superfluid transition in this system is described by a generalisation of the BCS theory of superconductivity.
Ordinary baryons(composite fermions) contain three valence quarks or three valence antiquarks each.
This distinguishes them from fermions(for example, electrons), for which the Pauli exclusion principle applies.
In a system containing many fermions(like electrons in a metal), each fermion will have a different set of quantum numbers.
On the other hand, helium-3 atoms are fermions, and the superfluid transition in this system is described by a generalisation of the BCS theory of superconductivity.
(In general, electroweak-eigenstate fermions are not mass eigenstates, so this process also induces the mixing matrices observed in charged-current weak interactions.).