Dynamics of Fermions and Inhomogeneous Bose Fields on a Real-Time Lattice
Abstract
The dynamics of the 1+1 abelian Higgs model with fermions is studied in the large Nf approximation, on a real-time lattice. The Bose fields obey effective classical equations of motion which include the fermion back reaction. The dynamics of the quantized fermion field is treated with a mode function expansion. Numerical results are shown for renormalizability, nonequilibrium dynamics and the anomalous charge, and Pauli blocking.
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