Fermion with Three Mass Parameters, P-Asymmetric Interaction with External FieldsKisel, V. V.,
Pletyukhov, V. A.,
Bianko, O. N.,
Voynova, Ya. A.,
Redkov, V. M.,
Ovsiyuk, E. M.,
Кисель, В. В.,
Плетюхов, В. А.,
Войнова, Я. А.,
Редьков, В. М.,
Овсиюк, Е. М. The theory of a P-asymmetric spin 1/2
fermion with three mass parameters is developed. It is based
Reliability model for hierarchical systems: Regenerative approach are complex
hierarchical partially controllable systems. In the paper for
modeling and analysis of reliability
Magnetic susceptibility of noninteracting fermions in a confined geometryA
model system of an ideal gas of neutral
fermions in a confined geometry of different symmetry
Superspace without torsion and the composite fundamental fermions in the
supersymmetrical
models this one is determined by an extension de-
gree N. Such a
model can be constructed
Nontopological fractional fermion number in the Jackiw-Rossi modelWe compute the vacuum
fermion current in the (2 + 1) dimensional Jackiw-Rossi
model by using the 1
P-adic ψ4-theory as a functional equation problemp-adic ψ4-theory and its discrete
hierarchical version are related by integral functional equation
Evaporative Cooling and Self‐Thermalization in an Open System of Interacting Fermions interactions is studied. In this
model,
fermions are escaping from the high-energy one-particle orbitals