27 September 2022 Tue 4 pm

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Rydberg atoms are excited atoms with their outermost electron having a very high principal quantum number. They have found numerous applications in diverse areas of science, from quantum simulations to quantum computing and majorly contributing to cavity quantum electrodynamics (QED). They provide a useful platform for understanding fundamental non-equilibrium processes in molecular physics, physical chemistry, and biophysics, among many other areas. In this talk, I will present their application in three aspects: (i) understanding complex non-linear techniques like two-dimensional (2D) spectroscopy, (ii) formation of bound states in repulsively interacting atoms, and (iii) quantum network tomography using Machine learning.

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