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Autonomous Extraction of Semiconductor Quantum Dot Parameters Using a Basic Fourier Transform Approach
The pursuit of practical quantum computing relies on scalable architectures, and transistor-based quantum dots offer a promising path forward. By trapping single electrons in these semiconductor devices, we hope to process information using their internal degree of freedom – spin. However, achieving this requires precise control and tuning Tuning Quantum Dots: A Complex Prelude to…
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Hello world!
When we just started out our research focused on the intersection of Condensed matter physics and AI, and the group was aptly named “CAI“. Over the course of a few years the focus became broader than ‘just’ condensed matter physics, and started encompassing other quantum-related topics as well as a more interpretability-style analysis of what…