Events

Overview

The workshop addresses the physics of wide bandgap semiconductors. The focus will be on electronic properties, photonics, electron emission, modeling of materials and devices. The workshop will gather participants, both theoreticians and experimentalists, coming from USA, Asia, and Europe.

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Organizers

• Marcel Filoche (ESPCI)
• Jacques Peretti (Ecole Polytechnique)
• Alistair Rowe (Ecole Polytechnique)
• Jim Speck (University of California, Santa Barbara)
• Claude Weisbuch (Ecole Polytechnique)

The 2024 Annual Meeting of the Simons Collaboration on Localization of Waves will bring together top mathematicians and physicists who work on understanding and manipulating the behavior of waves in disordered media or complex geometry, with a particular focus on localization phenomena.

The two-day meeting will feature presentations of recent advances in the mathematics, physics, and applications of localization. These include new results on the geometric structure of random waves, theoretical advances in Anderson localization, and groundbreaking experiments in systems of cold atoms.

The meeting will also be an opportunity for all participants to engage in open discussion, exchange ideas and make new connections.

Detailed information can be found on the Simons Foundation event page.

Click to learn more about the speakers and organizers!

This meeting will explore recent advances in experiment and modelling of dynamic control of electronic structure and excitations in a range of functional materials.

The 2023 Annual Meeting of the Simons Collaboration on Localization of Waves will bring together many of the world’s top mathematicians and physicists who are working to understand and exploit the localization of waves brought about by a disordered environment or complex geometry, and related wave behaviors.

Anderson localization of electronic states induced by the presence of a structural disorder at the atomic scale has been a long-standing theoretical and experimental puzzle. The question has pervaded other fields such as optics or cold atom physics, with experimental setups trying to achieve spatial localization of light or of atomic matter waves in Bose-Einstein condensates. This event is an opportunity to bring together researchers and students from these connected but different fields, to exchange and to cross-fertilize their approaches.

The goals of the meeting are to present the key achievements of the first 4-year stage of the project and to jumpstart the program moving forward to the second stage. The workshop will cover all fields of the Collaboration, from experimental physics to pure mathematics, and will foster the opportunities to build interdisciplinary teams for most compelling current challenges in phase space, geometry, random media, dynamics, and transport.