Events in Physics

Smaller is different and more: Low dimensional superconductivity for new physics and applications

Recent experimental advances in superconducting interfaces, heterostructures and nano-grains are revolutionizing the field of low dimensional superconductivity. In contrast with bulk high temperature superconductors, the superior experimental control in these engineered materials offers an ideal playground to unveil novel forms of quantum matter and also to achieve more robust superconductivity. In this talk I give a pedagogical introduction to this emerging field of research that includes some of my contributions to the theory of nano-structured, out of equilibrium and topological superconductors. I also review some of the research questions with the potential to set the agenda of the field in the coming years.