I am interested in engineered platforms of quantum optics and the quantum-to-classical transition, as well as computation using physical systems. In my PhD, I studied non-linear and quantum optics, focusing on basic laser physics and coupled oscillator physics, as well as how squeezed-light, the radiation produced by parametric oscillators, can be exploited for precise measurements.
My current research is on ways we could harness contemporary quantum systems for doing tasks better than what we can using classical hardware. My focus is on reservoir computing, which is a general framework for quantifying and understanding the computational power of non-linear systems, classical as well as quantum.
In my spare time, I enjoy music (playing and listening), martial arts and spending time with family and friends.