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QuSINT aims to develop a mobile quantum sensor that utilizes a single electron spin to measure magnetic fields at the atomic scale. By integrating this sensor into a scanning probe microscope, it will enable precise characterization of quantum materials and enhance applications in quantum computing and cryptography.
The ability to measure – at the atomic scale – quantum states and their interactions, as well as fundamental observables such as magnetic and electric fields, and to freely entangle and teleport quantum mechanical states at this length scale is the dream of nanoscale quantum technology.
Yet this vision comes with the daunting challenge of combining ultimate quantum sensitivity with atomic resolution in a mobile quantum sensing and information device – so far elusive for solid-state quantum syste…
FORSCHUNGSZENTRUM JULICH GMBH
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