School information

A course of the European School on Metamaterials will be held right after the Conference (1-2 September 2017).

The school topic is:

Modelling of metamaterials: numerical methods and homogenization techniques

The school offers a unique opportunity to students and young researchers to meet pioneers and leading experts in metamaterials and get exposure to the latest advancements in this burgeoning research field. Comprehensive lectures will take into account the widespread backgrounds of the audience.

Confirmed Lecturers:

Anne-Sophie Bonnet Bendhia (ENSTA Paris & CNRS, France): Numerical models of sign-shifting refraction index media

Elena Cherkaev (University of Utah, Salt-Lake City, USA): Inverse problems and homogenization

Richard Craster (Imperial College London, UK): High-frequency homogenization of acoustic and electromagnetic metamaterials

Agnes Maurel (ESPCI Paris & CNRS, France): Homogenization of thin interface

Ross McPhedran (Sydney, Australia): Multipole methods in photonics and platonic

Alexander Movchan (University of Liverpool, UK): Chiral elastic metamaterials and directional localisation

Alejandro Rodriguez (University of Princeton, USA): Computational methods and large-scale inverse design in nanophotonics - from nonlinear optics to thermal radiatio

Mario G. Silveirinha (University of Lisbon, Portugal): Bridging Electromagnetic and Quantum Metamaterials - A unified homogenization formalism

Igor Tsukerman (University of Akron, USA): Effective medium theories backward in time - From the 21st to the 19th century (Non-Asymptotic and Nonlocal Approximations, Finite Samples, Interface Boundaries)

Martin Wegener (Karlsruhe Institute for Technology, Germany): 3D metamaterials - It all starts with the design

 

Click here to download the preliminary program of the school.

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Supported by

APS Diamond sponsor

 

American Elements, global manufacturer of advanced electromagnetic, optoelectronic, & nanophotonic materials for fabrication of metamaterials

https://www.photond.com/

Journal of Materials Chemistry C

Materials Horizons

www.worldscientific.com