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 focuses on the numerical simulations when exploring plasmonic/metamaterials/metasurfaces configurations, which is a key step towards design and experimental fulfillment.
The objective of this session is to gather specialists in computational electromagnetics to delve into the latest developments and challenges in simulating nanophotonics, particularly within the areas of plasmonics and metamaterials/metasurfaces. We will focus on innovative, specialized, and efficient methodologies that can act as alternatives to conventional techniques. The session is open to all modeling approaches in nanophotonics across various spectral ranges.
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.
Confirmed Invited Speakers:
Presenting Author | Talk Time | Paper Title | Authors | Abstract | Session Date / Room |
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00:00 Onsite Invited |
Variational Optical Processors |
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End-to-End Metaoptic Multi-dimensional Imaging |
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The Technology and Commercialization Strategy of Next-generation Computational Electrodynamics |
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00:00 Onsite |
A Gain Route to Reversed Cherenkov Radiation |
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00:00 Onsite Invited |
Exploiting Cooperative Scattering in Random Particulate Materials to Generate Controlled Thermo-optical Properties |
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00:00 Onsite Invited |
Silicon Meta-materials for Thermal Radiation |
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00:00 Onsite Invited |
Multilevel Fast Multipole Algorithm for Electromagnetic Scattering by Large Metasurfaces Using Static Mode Representation |
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Angular-invariant Scattering in Metasurfaces |
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00:00 Onsite Keynote |
Next Generation Integrated Photonics |
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00:00 Onsite |
Multipole Coupling in Dielectric Metasurfaces |
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00:00 Onsite Invited |
Broadband Measurement of Feibelman's Quantum Surface Response Functions |
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00:00 Onsite Invited |
Discovering New High-refractive-index Optical Materials |
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00:00 Onsite Invited |
Optical Activation of Dark Excitons in 2D Materials Using Spin-orbit-coupled Vector Vortex Beams |
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00:00 Onsite Invited |
A Simplified Version of the FMM-ASR Method for Shallow Gratings |
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00:00 Onsite Invited |
Enhanced Terahertz Spectroscopy and Artificial Nonlinear Optical Interactions via Nanostructured Surfaces |
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00:00 Onsite Invited |
Metasurfaces for Direct Spatial Frequency Manipulation of Optical Wavefields |
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00:00 Onsite Invited |
Multiscale Computational Modeling of Molecular Nanoplasmonics |
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00:00 Onsite Invited |
Nonlocal and Nonlinear Plasmonics in Atomically Thin Heterostructures |
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00:00 Onsite Invited |
Infrared Phonon-polariton Microstructures: Reciprocal Metasurfaces, Non-locality and Inverse Design |
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00:00 Onsite Invited |
Method of Secondary Multipoles for Electromagnetic Resonances in Multicomponent Structures |
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00:00 Onsite |
Topological Electric Dark Spots in Nanophotonics |
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Multi-Scale Simulations for Predicting the Nonlinear Optical Response of Photonic Structures Made From Molecular Materials |
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00:00 Onsite Invited |
Collective Modes in Two-Dimensional Arrays of Nanoparticles |
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00:00 Onsite Invited |
Designing Photonic Topological Heterostructures with Enhanced Spatial Efficiency |
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00:00 Onsite Invited |
Free-electron Optical Nonlinearities in Heavily Doped Semiconductors and Their Potential for Integrated Photonics |
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00:00 Onsite Invited |
Difficulty in Exciting a Thick Plasmonic MIM Waveguide Using a Simple Butt-coupled Structure |
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00:00 Onsite Invited |
Spatiotemporally Structured Light Fields |
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00:00 Onsite Invited |
Tailoring Nonlinear Wavefronts and High Harmonic Generation via Dielectric Metasurfaces |
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00:00 Onsite Invited |
Real-time Terahertz Spectroscopy Using Parametric Wavelength Conversion |
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00:00 Onsite Keynote |
Photonic Time Crystals and the Dawn of Timetronics |
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00:00 Onsite Invited |
Classical and Quantum Modelling of Tunable Plasmonic Metasurfaces with Epsilon-near-zero Semiconductors |
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00:00 Onsite Invited |
Opto-mechanical Interactions in Vacuum Levitodynamics with Complex Wavefronts |
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00:00 Onsite Invited |
Light-emitting Metasurfaces of Colloidal Quantum Dots |
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00:00 Onsite |
Learning Numerical Green's Functions of Complex Environments from Phase-less Data with Artificial Neural Networks |
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00:00 Onsite Invited |
Bounds as Blueprints: Towards Optimal and Accelerated Photonic Inverse Design |
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00:00 Onsite |
Generation of Spatiotemporally Compressed Electron Pulses for Observing Ultrafast Electron Dynamics in Molecules |
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00:00 Onsite Invited |
Machine Learning Optimization of Chiral Photonic Metasurface: Evolution-based Algorithm and Deep Learning Approach |
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00:00 Onsite Invited |
Quantum Corrections and Thermoelectric Effects in Nanoplasmonics |
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00:00 Onsite Invited |
Progress and Challenges in the Design and Simulation of Large-scale Metalenses |
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00:00 Onsite Invited |
Hardware-accelerated Optoelectronic Platform Opens High-resolution Hyperspectral Video Understanding at 1.2 Tb/s |
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00:00 Onsite Invited |
Ideal Band Degeneracies: What Symmetry Allows and Forbids |
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00:00 Onsite Invited |
HiLAB: A New Paradigm in Inverse Design of Large-scale Metamaterials |
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00:00 Onsite Invited |
Chiral Sensing with Silicon Nanophotonics |
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00:00 Onsite Invited |
Guided Thermal Radiation |
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Inquiry about paper submission, registration, and program schedule, please email to:
PIERS OFFICE: office@piers.org and/or piers@emacademy.org
Usually, inquiry to PIERS OFFICE will be replied within 1-2 working days. If you cannot get reply timely, please keep trying both emails, or change another email account to contact us to avoid the unpredictable email correspondence problem between us.
Inquiry about hotels and other locale information, please email to:
Secretariat for PIERS 2025 Chiba: piers2025_secretariat@c-linkage.co.jp