
Topological Matter School: Topological excited States and Non-crystalline Systems (TMS2025)
Azalpena
Excitations play a crucial role in determining fundamental electronic and optical properties of a crystal, and can even give rise to states of matter without any equilibrium counterparts. At the single-layer limit, quantum confinement and enhanced interaction effects lead to exotic many-body phenomena. For example, single-layer semiconductors host tightly bound excitons with large binding energies that remain stable even at room temperature. In bilayer and few-layer stacks, the relative twist angle between layers introduces an additional degree of tunability, enabling the exploration of new emergent phenomena. These include strongly correlated electronic states, adjustable band gaps, unique optical and magnetic properties, and correlated topological phases such as spin Hall and fractional quantum Hall effects.
ORGANIZING COMMITTEE:
- Maia G. Vergniory (DIPC, Max Planck)
- Reyes Calvo (BC Materials)
- Santiago Blanco-Canosa (DIPC, Ikerbasque)
- Adolfo Grushin (Institut NEEL – CNRS)
- Alexander Altland (University of Cologne)
- Julen Ibañez Azpiroz (CFM, Ikerbasque)
Helburuak
The summer school aims to offer a comprehensive introduction to these cutting-edge topics and situate them within the broader framework of emergent phenomena in condensed matter physics.
Jarduera nori zuzenduta
- Unibertsitateko ikaslea
- Profesionalak
Zuzendariak

Maia García Vergniory
Donostia International Physics Center
Hizlariak

Leni Bascones
ICMM-CSIC

Andrei Bernevig

Manuel dos Santos Dias
Forschungszentrum Julich
Manuel Dos Santos did his undergraduate studies in Physics at the Faculty of Sciences of the University of Lisbon, from 2003 to 2007. He then moved to England, to work on his PhD under the supervision of Prof. Julie Staunton at the University of Warwick, from 2007 to 2011. Since 2011 he has been based at the Peter Grunberg Institut of the Forschungszentrum Julich, working with Prof. Samir Lounis. His field of expertise is in the theory of magnetism and its connection to the electronic structure of real materials. He has investigated the ground state properties of ferromagnets and other types of magnetic materials, both in bulk and in thin film form, and how they are influenced by the interrelation between the electronic and magnetic structures at finite temperature. More recently, he has focused on the properties of single magnetic atoms and small clusters on metallic surfaces, and on their dynamical magnetic excitation spectrum from time-dependent density functional theory.

Johannes Hauschild
Technical University Munich (TUM)

Pablo Jarillo Herrero
MIT

Miguel Moreno Ugeda
Donostia International Physics Center

Hoi Chun Po
Hong Kong University of Science and Technology

Frank Pollmann
TUM

Raquel Queiroz
Weizmann Institute of Science

Adiel (Ady) stern Stern
Weizmann Institute of Science

Maria-Roser Valenti Vall
University of Frankfurt

Xiaodong Xu Xu
U Washington
Matrikula prezioak
Registration | 2025-07-20 arte |
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0 EUR | |
400,00 EUR |
Kokalekua
Miramar Jauregia
Mirakontxa pasealekua 48, 20007 Donostia
Gipuzkoa
Miramar Jauregia
Mirakontxa pasealekua 48, 20007 Donostia
Gipuzkoa