「fermionic」の共起表現一覧(1語右で並び替え)

fermionic

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該当件数:28件

  • was most significant because it could treat fermionic anticommuting fields with the same formalism
  • The process of going from a fermionic basis to a bosonic basis is called bosonizat
  • ral symmetry breaking and is an example of a fermionic condensate.
  • More generally there are 4N extra fermionic coordinates .
  • ce), may be expanded with respect to the new fermionic coordinates.
  • ace, may be expanded with respect to the new fermionic coordinates.
  • perspace-may be expanded with respect to the fermionic coordinates.
  • f a global U(1) current by considering which fermionic degrees of freedom the theory has.
  • One of them is the equivalence of fermionic elementary fields and bosonic elementary fie
  • tric quantum field theory, a superghost is a fermionic Faddeev-Popov ghost, which is used in the ga
  • This fermionic field (which is a field on the worldsheet) i
  • This is a fermionic field, because at each point of the string t
  • he embedding of the string in spacetime, and fermionic fields transforming as spacetime vectors.
  • ng the vector potentials, 3/2 for elementary fermionic fields etc.).
  • In superstring theory, the fermionic fields on the closed string may be either pe
  • ich allow a path integral representation for Fermionic fields are nilpotents since their squares va
  • n describes a local interaction between four fermionic fields at a point.
  • generators transform bosonic particles into fermionic ones and vice versa, but the commutator of t
  • Bosonic operators commute with (−1)F whereas fermionic operators anticommute with it.
  • Containing only quadratic forms of the fermionic operators, no anti-commuting variables occur
  • One of the important results is that the fermionic part of the Lie superalgebra has to have spi
  • egrees of freedom, a supertwistor contains N fermionic scalars, where N is the number of supersymme
  • The formalism with bosonic chargon and fermionic spinion is usually referred to as the "slave
  • tor which multiplies bosonic states by 1 and fermionic states by −1.
  • important ideas such as the construction of fermionic string models with Kawai and Lewellen (Kawai
  • Ramond completed the theory by inventing a fermionic string to accompany the bosonic ones.
  • try to the model predicts the existence of a fermionic superpartner for the axion, the axino, and a
  • consists of 10 free scalar fields and their fermionic superpartners.