The list of confirmed invited speakers is being updated through August 2025.
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Karim Achouri Metasurface modeling using GSTC method Swiss Federal Technology Institute of Lausanne (EPFL), Switzerland |
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Felix Binkowski Computing resonance modes and resonance expansions using AAA rational approximation Zuse Institute Berlin, Germany |
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Sven Burger Complex analysis methods for mode computation and for modal analysis, and machine learning based optimization Zuse Institute Berlin, Germany |
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Chiara Cappelli Fully atomistic modeling of plasmonic nanostructures Scuola Normale Superiore, Italy |
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Joel Cox Nonreciprocal plasmons in atomically thin materials University of Southern Denmark, Denmark |
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Alain Dereux Optimal large-scale radiative cooling devices University of Burgundy Europe, France |
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Andrey Evlyukhin Multipole analysis of the resonant electromagnetic response of particle clusters and metasurfaces Leibniz University Hannover, Germany |
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Anne-Laure Fehrembach Topic Topic to be announced Fresnel Institute, France |
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Ortwin Hess Quantum Dynamics in Nanoplasmonic Cavities Trinity College Dublin, Ireland |
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Ulrich Hohenester Computational nanophotonics with the boundary elements method and mesoscopic boundary conditions University of Graz, Austria |
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Alexander A. Iskandar Controlling scattered light with symmetry and structure Bandung Institute of Technology, Indonesia |
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Emmanouil Kriezis Temporal coupled-mode theory in resonant photonics with 2D gain materials Aristotle University of Thessaloniki, Greece |
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Stéphane Lanteri Numerical modeling and shaping of nanoscale light-matter interactions with Discontinuous Galerkin methods and machine learning algorithms Côte d’Azur University, France |
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Sendy Phang Photonic reservoir computing on a system with hysteresis University of Nottingham, United Kingdom |
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Carsten Rockstuhl Resonant state expansion and its use to understand the functionality of nanophotonics systems Karlsruhe Institute of Technology, Germany |
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Stefan Rotter The flow of Fisher information in electromagnetism Vienna University of Technology, Austria |
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Ana Vukovic Implementation of laser gain models in the numerical Unstructured Time Domain Transmission Line (UTLM) method University of Nottingham, United Kingdom |
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Martijn Wubs Nanophotonic trapping Technical University of Denmark, Denmark |