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Quantum Sensing using Optical Readout of Single Spins Magnetic resonance with inductive detection is applicable to a vast range of substances and materials, including living beings. For some specific applications, however, the sensitivity of inductive detection is not sufficient. An interesting alternative consists in coupling the spins with optical photons. This can enhance the polarization […] |
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Photochemically induced dynamic nuclear polarization for dye-sensitized solid-state NMR spectroscopy Photochemically induced dynamic nuclear polarization (photo-CIDNP) is a hyperpolarization technique that can provide NMR signal enhancement factors of orders of magnitude under light irradiation of the sample. Here, I will show how photo-CIDNP could be used to establish a light-induced hyperpolarization protocol to improve the […] |
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NMR Indirect Spin-Spin Coupling Constants – Measurements from the Earth’s Magnetic Field to 21 Tesla (900 MHz for 1H NMR) I will begin by briefly talking about the history of indirect spin-spin coupling constants. Next, first-order NMR spectra, “through-space” NMR spectra, isotope effects on observed spin-spin coupling constants. Earth’s magnetic field NMR spectra, analysis of […] |
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SpinDrops and QuBeads – Two Complementary Software Toolkits for the Exact and Intuitive Visualization of Spin Dynamics in NMR and Quantum Information Experiments We introduce SpinDrops and QuBeads, two related software programs for dynamically simulating and visualizing operators, particularly the density operator, in NMR spectroscopy and quantum information processing using mathematically exact and complete graphical […] |
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