Hi, I am Arunangshu. I am a scientist. Currently, I am working at the intersection of quantum theory, deep learning, and quantum technology applications. I primarily focus on developing forward-looking theories, algorithms, and simulation frameworks with the objective of experimental feasibility in the near term. Read more about my current research interests here.

I have been fortunate to have conducted my academic research with considerable freedom with distinguished scientists. In the past, I worked at CNRS (France), the University of California (U.S.A), the Max Planck Institute (Germany), and now situated at DESY (Germany). Read more about my academic journey here.

In the past, I ventured into multiple research frontiers. My contributions involve uncovering the mechanisms of atomically resolved imaging at advanced light sources, figuring out how to exploit photonic entanglement for the spectroscopy of dissipative systems, describing strategies to optimize artificial light-harvesting using photonic cavity modes, and exploring the limits of quantum control in nanostructures. Read more about my past research interests here. Collaborating closely with leading experimentalists early in my career has shaped my growth as a scientist.

I am also engaged in the development of a a small deep-tech startup that builds Quantum computing and Machine learning tools for accelerating precision imaging workflows. Read more about those efforts here. Translating fundamental quantum science into scalable, deployable products requires a full-stack approach. An interdisciplinary research background is often unreasonably effective.