Site-adapted p-orbitals in 3D photonic crystals realize scalar-wave band dispersion via a group-theoretic isomorphism, confirmed by microwave experiments.
Title resolution pending
3 Pith papers cite this work. Polarity classification is still indexing.
3
Pith papers citing it
representative citing papers
A theoretical study of screened plasmons in modulated graphene on metal reveals nontrivial topological bands with quantized geometric phase and tunable edge states in finite systems.
Sequential temporal modulation in a three-mode system creates magnet-free nonreciprocity by giving forward and reverse frequency-conversion paths unequal dwell times in a lossy intermediate mode.
citing papers explorer
-
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.
-
Screened topological plasmons in graphene plasmonic crystals
A theoretical study of screened plasmons in modulated graphene on metal reveals nontrivial topological bands with quantized geometric phase and tunable edge states in finite systems.
-
Magnet-Free Nonreciprocal frequency conversion using Sequential Temporal modulation: Theory and Simulations
Sequential temporal modulation in a three-mode system creates magnet-free nonreciprocity by giving forward and reverse frequency-conversion paths unequal dwell times in a lossy intermediate mode.