Dihedral non-Abelian Lattice Gauge Theories: Physics and Quantum Simulation | Eventi
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Quantum computers may soon simulate the untameable math of non-Abelian gauge symmetry — the same structure that binds quarks inside every atom in the universe.
Lattice Gauge TheoryNon-Abelian SymmetryQuantum SimulationQuantum Field Theory
Theory Briefing
- Dihedral non-Abelian Lattice Gauge Theories study force-carrying fields whose symmetry operations don't commute — the mathematics underlying the strong nuclear force.
- The June 2026 seminar explores quantum simulation as a way to bypass the computational wall that classical computers hit with non-Abelian gauge structures.
- Lattice formulations discretize spacetime into a grid, making otherwise intractable quantum field theory calculations physically and computationally approachable.