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detailed structural, magnetic and spectroscopic characterization, in particular using electron paramagnetic resonance (EPR). The project will be in collaboration with a team in the physics department
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below 30 mK and allow the application of magnetic fields to the sample. We characterize the magnetic properties of the quantum systems using standard spectroscopic detection schemes and electron spin
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through resonant excitation of specific bonds. It will revolutionize the field of biopolymer processing beyond cellulose and yield fundamental insights into supramolecular structure and dynamics in
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study of new emerging magnetic or superconducting materials with strong electronic correlations or magnetic frustration, especially those involving topological features such as spin liquids or phases
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femtomole sensitivity using quantum defects in diamond. Physical Review X 10, 021053 (2020) [3] High-Resolution Magnetic Resonance Spectroscopy Using a Solid-State Spin Sensor, Nature 555, 351-354 (2018