Two-dimensional and Disordered Superconductors (TIDES)

We invite researchers to take part in a two-week program focused on understanding the role of disorder in 2D superconductors and its impact on quantum devices. The event will bring together the 2D materials and the superconductor-to-insulator transition (SIT) communities to exchange expertise, build a shared knowledge base, and encourage collaboration. Week 1 will feature lectures and tutorials for researchers in the field as well as for PhD students and newcomers, providing a clear introduction to the main open questions in both fields. Week 2 will be a workshop with expert talks and daily panel discussions on topics such as topological superconductivity, the nature of 2D metals and superconductors, the role of fluctuations, and out-of-equilibrium properties. By combining insights from both communities, the program aims to clarify how disorder shapes 2D materials and to identify promising directions for future research and applications.

Scientific Organizing Committee:

• Francesca Chiodi, C2N, Université Paris-Saclay (France)

• Aviad Frydman, Bar Ilan University (Israel)

• Vincent Humbert, Laboratoire Albert Fert, Université Paris Saclay (France)

• Claire Marrache-Kikuchi, IJCLab, Université Paris Saclay (France)

• Shamashis Sengupta, IJCLab, Université Paris Saclay (France)

• Hadar Steinberg, The Hebrew University of Jerusalem (Israel)