First exact-diagonalization study of the (2+1)d SO(3) quantum link model with adjoint fermions: a 10-state per-site gauge-invariant basis is built, and single-plaquette data hint at chiral symmetry breaking and magnetic phases.
From quantum link models to d-theory: a resource efficient framework for thequantumsimulationandcomputationofgaugetheories
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Towards the phase diagram of fermions coupled with $SO(3)$ quantum links in $(2+1)$-D
First exact-diagonalization study of the (2+1)d SO(3) quantum link model with adjoint fermions: a 10-state per-site gauge-invariant basis is built, and single-plaquette data hint at chiral symmetry breaking and magnetic phases.