In this "Coherent control of light-driven electrons in solids: a milestone for multiqubit computing?" seminar, you’ll explore the essential role of classical supercomputers in pushing the boundaries of ultrafast sciences, such as atomic physics and attosecond phenomena. Using time-dependent density functional theory (TDDFT), advanced simulations, and ultrafast harmonic spectroscopy, you will gain a deep understanding of light-matter interactions at the quantum level. You’ll learn how to analyse electron excitation dynamics in both real and energy-momentum space, revealing insights into harmonic emission and electron coherence. The seminar also covers cutting-edge simulation techniques, unlocking the potential for innovations like petahertz switches and multi-qubit control.

Learn more about the quantum computing seminar series offered by the Czech National Competence Centre in HPC at https://www.eurocc-czechia.cz/en/quan...

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