Quantum Sensing Laboratory, Department of Chemical Physics and Optics
NV centers in diamond, quantum magnetometry, nanophotonics, NMR on a chip, microfluidics, spin physics
We are developing nanostructured quantum sensors based on Nitrogen-Vacancy (NV) centers in diamond. These atomic defects allow us to detect extremely weak magnetic fields with micrometer resolution, even at room temperature. Our research combines quantum physics with diamond nanofabrication and microwave electronics. The goal of the laboratory is to develop an integrated "lab-on-chip" platform for microscopic nuclear magnetic resonance (micro-NMR), paving the way for analysis of substances at the level of single cells or microscopic volumes without the need for superconducting magnets.
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