A general dyadic Green's function for arbitrary anisotropic planarly layered media is derived via evolution operators and surface impedance tensors, with the singular term cleanly separated.
Title resolution pending
6 Pith papers cite this work. Polarity classification is still indexing.
6
Pith papers citing it
citation-role summary
background 1
citation-polarity summary
roles
background 1polarities
background 1representative citing papers
TMD nanosphere arrays produce tunable structural colors through size-dependent Mie resonances, with excitonic hybridization providing additional control and anisotropy having negligible impact at typical angles.
Partially pumping a waveguide-coupled emitter chain produces continuous narrow-linewidth superradiant emission near the bare atomic transition frequency, with quadratic intensity scaling and near-Poissonian photon statistics.
A hybrid cavity combining a plasmonic nanoresonator inside a dielectric cavity enables indistinguishable photon generation from dephased emitters with much lower dielectric Q factors and 12x higher collection efficiency.
The study isolates far-field radiation from bulk, edge, and corner eigenmodes in a finite 2D SSH plasmonic nanoparticle array, proving antisymmetric modes are darker with higher Q-factors and that bulk Γ-modes are dark due to out-of-plane symmetry while edge/corner modes require extra in-plane order
A corrugated SU8/Au/Al2O3 grating with NaYF4:Yb/Er nanoparticles achieves band-selective LDOS control, modulating red Er3+ decay rate by +/-15% with spacer thickness while green remains invariant, diagnosed by FDTD-rate-equation framework.
citing papers explorer
-
General and concise operator approach to the dyadic Green's function of layered media
A general dyadic Green's function for arbitrary anisotropic planarly layered media is derived via evolution operators and surface impedance tensors, with the singular term cleanly separated.
-
Structural Colours with Transition Metal Dichalcogenide Nanostructures
TMD nanosphere arrays produce tunable structural colors through size-dependent Mie resonances, with excitonic hybridization providing additional control and anisotropy having negligible impact at typical angles.
-
Continuous Narrow-Linewidth Superradiance in Waveguide QED
Partially pumping a waveguide-coupled emitter chain produces continuous narrow-linewidth superradiant emission near the bare atomic transition frequency, with quadratic intensity scaling and near-Poissonian photon statistics.
-
Indistinguishablity from dephased emitters using combined plasmonic-dielectric cavities
A hybrid cavity combining a plasmonic nanoresonator inside a dielectric cavity enables indistinguishable photon generation from dephased emitters with much lower dielectric Q factors and 12x higher collection efficiency.
-
Far-field radiation of bulk, edge and corner eigenmodes from a finite 2D Su-Schrieffer-Heeger plasmonic lattice
The study isolates far-field radiation from bulk, edge, and corner eigenmodes in a finite 2D SSH plasmonic nanoparticle array, proving antisymmetric modes are darker with higher Q-factors and that bulk Γ-modes are dark due to out-of-plane symmetry while edge/corner modes require extra in-plane order
-
Band-Selective LDOS Engineering of Yb/Er Upconversion: an Electromagnetic-Kinetic Diagnostic Framework
A corrugated SU8/Au/Al2O3 grating with NaYF4:Yb/Er nanoparticles achieves band-selective LDOS control, modulating red Er3+ decay rate by +/-15% with spacer thickness while green remains invariant, diagnosed by FDTD-rate-equation framework.