Speaker
Dr
Johannes Heinrich Weber
(Technische Universität München)
Description
I discuss QCD with Flavored Minimally Doubled Fermions as sea quarks.
Minimally Doubled Fermions are an ultra-local formulation that realizes a non-singlet chiral symmetry with only two real fermions at finite lattice cutoff, but break the hypercubic symmetry as well as some discrete space-time symmetries.
I show that the broken discrete space-time symmetries do not affect vacuum since the corresponding symmetry breaking terms cancel exactly in the fermion determinant.
With a non-singlet mass term, I introduce a well-controlled definition of flavor in the continuum limit which is consistent with the naturally emergent flavor structure of meson correlation functions at finite cutoff.
Primary author
Dr
Johannes Heinrich Weber
(Technische Universität München)
