30 citations · 305 across the 60 of their papers we have counts for
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Can the Couplings in the Fermion-Higgs Sector of the Standard Model be Strong?
Wolfgang Bock, Christoph Frick, Jan Smit +1
We present results for the renormalized quartic self-coupling and the Yukawa coupling in a lattice fermion-Higgs model with two SU(2) doublets, mostly for large val…
Chiral fermions in two dimensions?
Wolfgang Bock, Asit K. De, Erich Focht +1
Quenched studies of a global U(1) symmetric Wilson-Yukawa model in two dimensions show no evidence of a charged fermion in the vortex phase at strong Wilson-Yukawa coupling while t…
No strong coupling regime in the fermion-Higgs sector of the standard model
Wolfgang Bock, Christoph Frick, Jan Smit +1
We present results for the renormalized quartic self-coupling $\lm_R$ and the renormalized Yukawa coupling in a fermion-Higgs model with two SU(2) doublets, indicating that t…
Fermion-Higgs model with strong Wilson-Yukawa coupling in two dimensions
Wolfgang Bock, Asit K. De, Erich Focht +1
The fermion mass spectrum is studied in the quenched approximation in the strong coupling vortex phase (VXS) of a globally U(1)U(1) symmetric scalar-fermion model i…
Fermion-Higgs model with Reduced Staggered Fermions
Wolfgang Bock, Jan Smit, Jeroen C. Vink
We introduce a lattice fermion-Higgs model with one component `reduced staggered' fermions. In order to use the fermion field as efficiently as possible we couple the two {\em stag…
Spontaneous symmetry breaking on the lattice generated by Yukawa interaction
Wolfgang Bock, Asit K. De, Christoph Frick +2
We study by numerical simulation a lattice Yukawa model with naive fermions at intermediate values of the Yukawa coupling when the nearest neighbour coupling $\kp$ of the scala…