Superconducting pairings in IST-symmetric honeycomb lattices realize valley-Euler and Euler superconductors with mirror-protected helical domain-wall modes and non-Abelian Dirac-node braiding.
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Particles in constant color magnetic fields follow unbounded trajectories due to coupling between real-space motion and internal color degrees of freedom, unlike in Abelian electromagnetism.
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Euler Topology in Superconducting Honeycomb Lattices
Superconducting pairings in IST-symmetric honeycomb lattices realize valley-Euler and Euler superconductors with mirror-protected helical domain-wall modes and non-Abelian Dirac-node braiding.
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Particle Dynamics in Constant Synthetic Non-Abelian Fields
Particles in constant color magnetic fields follow unbounded trajectories due to coupling between real-space motion and internal color degrees of freedom, unlike in Abelian electromagnetism.