「Fermions」の共起表現一覧(1語右で並び替え)
該当件数 : 38件
| The difference between Majorana | fermions and Dirac fermions can be expressed mathemati |
| This model exhibits confinement of the | fermions and as such, is a toy model for QCD. |
| There are two charginos that are | fermions and are electrically charged, which are typic |
| supersymmetric theories, gluinos are Majorana | fermions and interact via the strong force as a color |
| nal symmetry of any quantum field theory with | fermions and corresponds to a rotation by 2π. |
| t account for the chiral coupling between the | fermions and the SU(2) gauge bosons in the standard mo |
| mplification including multi-term symmetries, | fermions and anti-commuting variables, Clifford algebr |
| rmulation of lattice gauge theory with chiral | fermions, and for the construction of lattice field th |
| In quantum field theory, | fermions are described by anticommuting spinor fields. |
| In contrast, | fermions are usually associated with matter (although |
| the Ramond-Ramond sector in which all vector | fermions are periodic. |
| rsymmetric and, in fact, does not contain any | fermions at all. |
| eneralization of the statistics of bosons and | fermions based on the concept of braid group. |
| A.C. Hewson, The Kondo Problem to Heavy | Fermions, Cambridge University Press, New York, N.Y., |
| As the neutralinos are Majorana | fermions, each of them is identical with its antiparti |
| that the sum of the charges of the elementary | fermions had to be zero. |
| isymmetry of the H2 wavefunction (protons are | fermions) imposes restrictions on the possible rotatio |
| Therefore two such strings are | fermions in spacetime. |
| Majorana | fermions in superconductors could be used as a buildin |
| fermions: in the bosonic string, a string can be descr | |
| ce gauge theory in which the quantum loops of | fermions in Feynman diagrams are neglected. |
| ultimately responsible for the appearance of | fermions in spacetime: roughly, two strings with arrow |
| In quantum field theory, | fermions interact by exchanging bosons. |
| le information paradox; according to Penrose, | fermions must be irreversibly converted into radiation |
| ynamics of Bose-Einstein condensates and cold | Fermions, Non-commutative field theory, Solitons, opti |
| The fundamental | fermions of the Thirring model correspond to the solit |
| Fermions, on the other hand, remain confined to a give | |
| Fermions, on the other hand, are described by first or | |
| inomiya no-go theorem for representing chiral | fermions on the lattice. |
| ince the original electrons in the system are | fermions, one of the spinon and chargon has to be a fe |
| In particular, spin 1/2 | fermions proved difficult to handle. |
| In this theory, the spin of | fermions represented by Dirac fields is a source of sp |
| the left- and right-handed chiralities of the | fermions respectively. |
| In 1970, Pierre Ramond added | fermions to the model, which led him to formulate a tw |
| former case one should only consider massless | fermions which may be composite particles, while in th |
| Electrons and holes are both | fermions with half integer spin. |
| This is a four-fermi theory of Dirac | fermions with chiral symmetry and as such, it has no b |
| This is a four-fermi theory of Dirac | fermions without chiral symmetry and as such, it may o |
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