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The ONESPIN project aims to enhance magnetic resonance spectroscopy by detecting individual paramagnetic centers. This innovative method will allow for high-resolution imaging and spectroscopy of individual molecules, advancing applications in various scientific fields.
Magnetic resonance spectroscopy studies matter by probing the resonant frequencies and couplings of paramagnetic nuclei and unpaired electrons.
It is a cornerstone of modern science, with numerous applications in condensed-matter physics, materials science, chemistry, biology, and medical imaging. A counterpart is low sensitivity.
Conventional spectrometers need large numbers of identical objects to detect a signal.
This is an issue for systems with inhomogeneous properties, since their ensemble…
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