PIERS —— A global symposium committed to
advancing photonics and electromagnetics for the benefit of humanity.
In the, relatively, recent fields of nanophotonics and especially plasmonics and metamaterials the theoretical approaches and their related numerical techniques (mainly based on the solution of Maxwell's equations) play an extremely important role. Indeed, a major part of published papers focus on the numerical simulations when exploring plasmonic/metamaterials/metasurfaces configurations, which is a key step towards design and experimental fulfillment. Generally, one can split computational methods in electromagnetism into two major families: (i) the family of global methods, like the FDTD or the FEM, able to handle a large variety of problems but at the coast of large computation times and memory requirements; and (ii) the family of home specific methods especially designed for certain geometries and exploiting the peculiarities (periodicity, symmetries…). Among the latter family one can find some methods tailored for diffraction gratins such as the Fourier Modal Method (and many others) that proved to be very versatile and efficient in terms of computational time and memory requirements.
Our aim in organizing this session in PIERS-2023 is to gather specialists of computational electromagnetics, who are (or have been) developing such subtle and efficient approaches, in order to discuss the state of the art in the matter and especially focus on the new problems raised by the difficulties to simulate new nanophotonics and nano-electromechanical devices. The session is open to other modeling approaches in nanophotonics or in other spectral ranges and relying on global methods.
We believe that such a session could be of great interest not only to theoreticians/numericians working on specific computational methods in electromagnetism but also to those (experimentalists/designers) who are interested by applying them to nanophotonics.
Presenting Author | Talk Time | Paper Title | Authors | Abstract | Session Date / Room |
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An Efficient Numerical Approach Combining Finite Elements with Integral Methods View Abstract] | [
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Designing Nonlinear Optoelectronic Devices with Numerical Optimization: Lessons Learned View Abstract] | [
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Coupling between Conduction and Near-field Radiative Heat Transfer View Abstract] | [
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Fast Multi-channel Full-wave Solver and Inverse Design with Augmented Partial Factorization View Abstract] | [
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Multipolar Metasurface Modeling with Application to the Generalized Brewster Effect View Abstract] | [
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Modeling the Acousto-plasmonic Coupling: Raman Energy Density Framework View Abstract] | [
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Accelerating Photonic Crystal Waveguide Simulation: From CPU Hours to Sub-ms Timescales View Abstract] | [
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Projector-based Quantization and Potential-based Numerical Mode Decomposition for Quantum Nanophotonics View Abstract] | [
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Modeling the Excitation of Graphene Magneto-plasmons in Periodic Grating of Magnetostatic Biased Graphene Ribbons View Abstract] | [
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00:00 Onsite Invited |
Polarization and Complexity Effects on Ultrafast Laser-induced Nanoscale Surface Structuring View Abstract] | [
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Applications of the Spatial Spectral Maxwell Solver View Abstract] | [
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00:00 Onsite Invited |
Spectral Galerkin Modal Method for Computing Leaky and Resonant Modes View Abstract] | [
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00:00 Onsite Invited |
Selectively Enhancing Second Harmonic Generation from Diffraction at Gold Nanogratings View Abstract] | [
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Simulation of Harmonic Generation in Thin Films and Metasurfaces View Abstract] | [
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Topology Optimization in the Time Domain of Dispersive Optical Materials: Novel 3D Nanostructures and Functionalities View Abstract] | [
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Nanostructuration Effects in Casimir Torque and in Thermophotovoltaics View Abstract] | [
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A Simplified Version of the Fourier Modal Method for Graphene Gratings View Abstract] | [
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Image Processing with Nonlocal Nonlinear Metasurfaces View Abstract] | [
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00:00 Onsite Invited |
Quantum Hydrodynamic Theory for Plasmonics: A Computational Perspective View Abstract] | [
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Heat Transfer Modelling in the Crossover Regime between Conduction and Radiation View Abstract] | [
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00:00 Onsite Invited |
Inverse Design of Two-dimensional Photonic Crystals through Physics-informed Deep Learning View Abstract] | [
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Optimization of Silicon Nanoantenna for Optical Phased Arrays View Abstract] | [
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00:00 Onsite Invited |
Comparative Analysis of the Far- and Near-field Response of Ensembles of Nanostructures View Abstract] | [
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00:00 Onsite Invited |
Spintronic Stacks for Enhanced Emission of Terahertz Radiation and Polarization Control View Abstract] | [
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00:00 Onsite Invited |
Multiphysics Simulations in Nanophotonics View Abstract] | [
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00:00 Onsite |
Enhanced Harris Hawks Optimizer with a Well-selected Initial Population: Application to the Inverse Design of Metagratings View Abstract] | [
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00:00 Onsite |
Efficient Multi-emitter Near Field Response Calculation for Multilayer Graphene Environments View Abstract] | [
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00:00 Onsite Invited |
Electromagnetics in Media with Disorder: Enabling Convolution Dispersion in the Time Domain View Abstract] | [
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00:00 Onsite Invited |
Finite Element Method and Semi-analytical Approaches to Model the Optical, Thermal, Magnetic and Ultrafast Response of Plasmonic and Photonic Metamaterials View Abstract] | [
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00:00 Onsite Invited |
Extremely Localized Plasmon Mode and Its Susceptibility to the External Electric Field View Abstract] | [
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Symmetry and Topology in Photonic Crystals View Abstract] | [
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00:00 Onsite Keynote |
AI for Photonics and Topological Physics View Abstract] | [
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00:00 Onsite Invited |
Design for Quality: Multifunctional Metasurface Flat Optics View Abstract] | [
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Inquiry about paper submission, registration, and program schedule, please email to:
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