Invited Speakers

Plenary Speakers (confirmed):

  • Hui Cao (Yale University) on "Coherent Wave Transport in Complex Media".
  • Ad Lagendijk (Twente University) on "Shaping the optical wavefront"

 

Keynote Speakers (confirmed):

  • Andrea Alu (CUNY) on "Exotic wave interactions at temporal discontinuities"
  • Rémi Carminati (ESPCI Paris, PSL University) on "Speckle statistics in space and time-disordered media"
  • Habib Ammari (ETHZ) on "Time-modulated metamaterials"
  • Sylvain Gigan (Ecole Normale Supérieure) on "Light In complex Media: from imaging to computing"
  • Philippe Lalanne (CNRS-IOGS-Univ Bordeaux) on "Scattering properties of optical metasurfaces composed of disordered arrays of resonant meta-atoms"
  • Dmitry Novikov (New York University) on "The condensed matter physics of MRI"
  • Andrey Sarychev (University of Florence) on "Plasmon metasurfaces for detection of  SARS-CoV-2 Spike Glycoprotein Using Surface-Enhanced Raman Scattering"
  • Moti Segev (Technion University) 

 

Invited Speakers (confirmed): 

  • David Bergman (Tel Aviv University) on "Eigenstates of Maxwell's equations in a multi-constituent composite"
  • Etienne Brasselet (University of Bordeaux) on "Manipulating matter by inhomogeneous light fields"
  • Che Ting Chan (HKUST) on "Topological photonics and phononics from a multi-band perspective"
  • Elena Cherkaev (University of Utah) on "Quasiperiodic composites: Spectral characteristics and homogenization"
  • Christensen Johan (Universidad Carlos III de Madrid) on "Topological gallery of non-Hermitian whispers"
  • Corentin Coulais (University of Amsterdam)
  • Richard Craster (Imperial College London) on "Controlling vibration using resonance"
  • Nader Engheta (University of Pennsylvania) 
  • Mathias Fink (ESPCI) on "Wavefront shaping, with tunable metasurfaces, for wireless communication in complex media"
  • Romain Fleury (EPFL) on "Superior robustness of wave transport in disordered anomalous Floquet topological networks"
  • Valentin Freilikher (Bar-Ilan University)
  • Azriel Genack (City University of New York) on "Wave Excitation and Dynamics in non-Hermitian media"
  • Patrice Genevet (CNRS, CREHA) on "Understanding metasurfaces from their topological properties"
  • Boris Gralak (CNRS, Institut Fresnel) on "Modelling of the magnetic permeability in causal and passive media"
  • Sebastien Guenneau (CNRS and Imperial College London) on "Seismic metamaterials: controlling waves from optics to geophysics"
  • Huang Guoliang (University of Missouri) on "Higher-order topological sound transport along synthetic dimension"
  • Sebastian Huber (ETHZ)
  • Maria Kafesaki (University of Crete)
  • Marc Holderied (University of Bristol) on "Reverse engineering a natural sound absorber metamaterial"
  • Andrei V. Lavrinenko (Technical University of Denmark) on "Hyperbolic and near-zero-index metamaterials"
  • Graeme Milton (University of Utah) on "A unifying perspective on many linear physics equations in inhomogeneous media"
  • Vincent Pagneux (LAUM CNRS) on "Wave scattering"
  • Emil Prodan (Yeshiva University) on "Spectral and Topological Engineering with Space Groups"
  • Riccardo Sapienza (Imperial College London) on "Temporal diffraction in time-varying epsilon-near-zero metasurfaces"
  • Ping Sheng (HKUST)
  • Martin Wegener (Karlsruhe Institute of Technology) on "Roton-like excitations in metamaterials"

 

 

 
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