Precise electrical control of molecular quantum-mechanical states opens up new possibilities for the development of efficient quantum components. (Illustration: Paul Greule, KIT) (IMAGE)

Karlsruher Institut für Technologie (KIT)

Precise electrical control of molecular quantum-mechanical states opens up new possibilities for the development of efficient quantum components. (Illustration: Paul Greule, KIT)

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Precise electrical control of molecular quantum-mechanical states opens up new possibilities for the development of efficient quantum components. (Illustration: Paul Greule, KIT)

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Paul Greule, KIT

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