Direct observation of gapless moiré-Dirac quasiparticles forming topological nodal lines protected by non-symmorphic symmetry, with control via moiré periodicity.
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Proposes hidden-ordered Dirac fermions via Hermitian extension of Dirac theory, preserving linear dispersion in any d with renormalized Fermi velocity due to hidden ordering that shifts insulation transitions to stronger coupling.
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Observation and Control of Moir\'e-Tailored Topological Dirac States
Direct observation of gapless moiré-Dirac quasiparticles forming topological nodal lines protected by non-symmorphic symmetry, with control via moiré periodicity.
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Hidden-ordered Dirac fermions
Proposes hidden-ordered Dirac fermions via Hermitian extension of Dirac theory, preserving linear dispersion in any d with renormalized Fermi velocity due to hidden ordering that shifts insulation transitions to stronger coupling.