Although interested in almost all things quantum, currently my research focuses on computing and learning with quantum systems. In particular, I am interested in how concepts and methodologies from physical neural networks can be applied in quantum sensing tasks in the finite sampling regime. I obtained my Phd from Univesity of Ulm working in…

I'm interested in computing and learning with physical systems, in particular with optical or quantum systems. I'm currently working on learning with free-space optical systems in low-light noisy regimes. I obtained my bachelor's degree in physics at Peking University, where my research focused on light-matter interactions in mesoscopic…

I am interested in light-matter interactions and non-linear phenomena in quantum systems, analyzing those in the classical limit and in the quantum regime. I am currently working on nonlinear effects in circuit QED devices and particularly, how to engineer this to obtain frequency combs. Before starting my Ph.D., I have completed my…

I am interested in the information complexity of physical systems, and computation as a window into classifying this. In the group, I work on the question, “how can we learn using physical systems?” In particular, I work on quantum reservoir computing (QRC), evaluating different loss functions and ansätze for finite shot classification with a…

Thomas Maldonado is a PhD student in the ECE department. He received his B.A. degree in Physics and Mathematics from Harvard University. His research is focused on modeling the electrodynamics of superconducting materials and devices, with an eye toward applications in quantum technologies.

I am generally interested in engineered quantum systems. My current research focuses on the dynamics of superconducting quantum devices and new ways to effectively model light-matter interactions in circuit QED architecture. I did my undergraduate in physics and electrical engineering at WPI, where I gained research experience in the topics…

I am generally interested in studying open quantum systems and quantum optics, and currently I am focusing on new theoretical frameworks for circuit QED.  I am also very interested in measurement in quantum systems.  My undergraduate degree was in math and physics at Columbia University, where my research focused on superradiance in…