In any image, the number of detected probe particles is fundamentally limited, either due to finite acquisition times or  probe-induced sample damage. In order to optimize the sensitivity of a microscope, the information that can be extracted from each detected probe particle has to be maximized.  We achieve this by employing cavity enhancement, quantum enhancement, and wave-front shaping techniques.


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Clara just finished her masters in molecular biology working on the structure of disordered proteins using NMR techniques (Congratulations!). She will...


A preprint of our work 'Local Optimization of Wave-fronts for high sensitivity PHase Imaging (LowPhi)' can be found on arXiv:...


Francisco is studying physics and mechanical engineering. He'll do his bachelor in our group working on active magnetic field compensation. Welcome!