and 
Abstract: Critical phenomena in the presence of interfaces provide a
much richer arena than their more studied cousin of boundary critical
phenomena. In this talk, I'll review certain observables that are new
and unique in interface conformal field theory and then demonstrate some
novel bounds we can derive on these quantities using techniques from
holography and quantum information.
Abstract: Exotic states of matter are among many physical systems that are candidates for realizing quantum computing.
Abstract: In the study of quantum matter, measurements have traditionally been viewed as a means of learning about a system. Measure
Abstract: Coupled angular-momentum eigenstates are widely used in atomic and
Abstract: Under suitable conditions, some twisted graphene multilayers and transition-metal dichalcogenides become Chern insulators, exhibiting the anomalous quantum Ha
Abstract: In this talk, we will describe a theoretical framework for understanding how the energy levels of a quantum system drive the flow of q
Resistive switching and spintronics emerged among the leading approaches for the development of scalable and energy-efficient memories and information processing devices. In resistive switching systems, an electrical stimulus, voltage or current, programs the material’s resistivity. In spintronics, electrical signals are used to manipulate and probe the material’s magnetic configuration.