Understanding and exploiting the robustness of topological superconductivity and the unique quantum mechanical properties of strongly entangled particles is a thriving avenue to develop new quantum technologies. The first ideas and platforms, notably Majorana zero modes at the edges of one-dimensional topological superconductors, have led to a richer landscape of systems that include unconventional superconductors, spin-liquids, fractional quantum Hall states, as well as the simulation of many-body ground states in quantum computers. A hands-on session on quantum matter and  AI with emphasis on quantum computing will also be delivered. This new edition is devoted to pedagogically present the main recent developments in the field in order to prepare future generations to uncover the true potential of these developments.

Topological Matter School 2022 during one week  (August 22-26)  will provide extended lectures on these exciting topics by leading experts in both experiment and theory.  Our program will be spread in 1 week with 6  lectures per day. Outdoors activities to get to know the city and the Basque culture will also be organized, such a surf class in our precious Zurriola beach and a visit to a traditional cider house.

This is the list of lecturers for the 2022 edition:

* to be confirmed

Registration deadline: April 16th 2022. 

Registration fee: 350,- € (includes 5 lunches, twice daily coffee breaks at the conference venue, and an event dinner)

Conference venue

This School is organized within the summer program of the University of Basque Country (UPV/EHU)  “Cursos de verano”. The event is sponsored by the Donostia International Physics Center (DIPC). The conference venue is in Palacio de Miramar, in Donostia-San Sebastián.

The Miramar Palace is located on the La Concha Bay in the city of San Sebastian.

Paseo de Miraconcha, 48
Donostia-San Sebastián, Gipuzkoa
Tfno. 943 21 90 22

If you have any question contact us at tms(at)dipc.org

Follow us on twitter

The school will be broadcasted in our Youtube channel