Site-adapted p-orbitals in 3D photonic crystals realize scalar-wave band dispersion via a group-theoretic isomorphism, confirmed by microwave experiments.
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5 Pith papers cite this work. Polarity classification is still indexing.
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2026 5representative citing papers
Doubly chiral active Brownian particles with competing intrinsic rotation and translation-rotation coupling exhibit topologically protected boundary transport without backscattering, as shown by theory, simulation, and a vibrobot experiment.
Long-range next-nearest-neighbor couplings in a Harper-Hofstadter photonic lattice enable broadband, topologically protected slow-light and light-stopping across multiple band gaps with counter-chiral edge states.
Tuning the angle between sites in an OAM l=1 staggered lattice switches the winding number and number of topologically protected edge states in a Creutz-ladder mapping.
Numerical demonstration that valley edge states in photonic crystals support propagating, valley-locked optical spin merons as eigenstates with topological protection against defects.
citing papers explorer
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Scalar-Wave Dispersion in Vectorial Photonic Crystals via Site-Adapted p Orbitals
Site-adapted p-orbitals in 3D photonic crystals realize scalar-wave band dispersion via a group-theoretic isomorphism, confirmed by microwave experiments.
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Robust Topologically Protected Edge Transport in Doubly Chiral Active Particles
Doubly chiral active Brownian particles with competing intrinsic rotation and translation-rotation coupling exhibit topologically protected boundary transport without backscattering, as shown by theory, simulation, and a vibrobot experiment.
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Multiband topological group-velocity control from slow light to light stopping
Long-range next-nearest-neighbor couplings in a Harper-Hofstadter photonic lattice enable broadband, topologically protected slow-light and light-stopping across multiple band gaps with counter-chiral edge states.
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Geometrical control of topology with orbital angular momentum modes
Tuning the angle between sites in an OAM l=1 staggered lattice switches the winding number and number of topologically protected edge states in a Creutz-ladder mapping.
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Valley-locked Optical Spin Merons in Valley Photonic Crystal Waveguides
Numerical demonstration that valley edge states in photonic crystals support propagating, valley-locked optical spin merons as eigenstates with topological protection against defects.