Examples of using Fermionic in English and their translations into Spanish
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Those relations also hold for interacting fermionic fields in the interaction picture,
a fermionic operator, it is none other than the commutator but between two fermionic operators, it is an anticommutator.
including the vector potentials, 3/2 for elementary fermionic fields etc.
which makes it possible to include fermionic matter fields with non-integral spin.
but other fermionic supersymmetric partners of standard model particles already appear at this scale.
Dirac spinors obeying the nonlinear Dirac equation generates a spin-spin interaction which is significant in fermionic matter at extremely high densities.
In the path integral formulation of quantum field theory the following Gaussian integral of Grassmann quantities is needed for fermionic anticommuting fields:∫ exp d θ d η det A{\displaystyle\int\exp\left\,
the four real bosonic dimensions transform as a vector and the four real fermionic dimensions transform as a Majorana spinor.
the supersymmetry generators transform bosonic particles into fermionic ones and vice versa, but the anticommutator of two such transformations yields a translation in spacetime.
Heisenberg model, etc., fermionic systems, such as the Hubbard model,
We will use the following conventions; the spatial(both bosonic and fermionic) indices will be indicated by M, N.
Fermionic atoms, she said, are the introverts of the periodic table of elements.
The spatial(both bosonic and fermionic) indices will be indicated by M, N,….
These symmetries exchange fermionic particles with bosonic ones.
Fermionic gas, cooled to within a few degrees of absolute zero.
The first atomic fermionic condensate was invented by Deborah S. Jin in 2003.
Some of these states include liquid crystals, fermionic condensates, superfluids,
Spontaneously broken global fermionic symmetries, which occur in some supersymmetric models,
Fermionic fields obey canonical anticommutation relations rather than the canonical commutation relations of bosonic fields.
In general, anti-commuting ghosts are associated with fermionic symmetries, while commuting ghosts are associated with bosonic symmetries.