Lecturer: Dr. Angelo DiBarnardo Title:Superspintronics: from its origin to the first oxide devices. Abstract: The interaction between materials with radically different properties can lead to the emergence of tantalising physical phenomena. A classic example of such an interaction is that occurring at a superconductor/ferromagnet (S/F) interface, where unconventional – odd frequency spin-triplet – superconducting states can arise which support a net spin- polarization [1]. Spin-triplet superconducting states have raised great interest for the

Lecturer: Nir Davidson, Weizmann Institute of Science Abstract:

Lecturer: Tuvia Gefen Abstract: The problem of quantum spectroscopy, namely reconstruction of the frequency components of time dependent Hamiltonian, is of great interest to chemical analysis, nano scale NMR and frequency standards. In this talk I will address two (basic) questions in this field: what is the speed/precision limit in estimating a single frequency and how well can we resolve two close frequencies.