Eva Weig (left) and doctoral candidate Maria Kallergi discuss the measurements of a nanostring in front of a Vector-Network-Analyzer.
Eva Weig ( left ) and doctoral candidate Maria Kallergi discuss the measurements of a nanostring in front of a Vector-Network-Analyzer. New micrometer Quantum systems. Eva Weig and her team are building mechanical quantum sensors large enough to be seen under an electron microscope. One day, they could become fundamental components of a new quantum technology. Production of nanostrings in the cleanroom: Eva Weig in front of the machine used to evaporate different metallic layers onto the chips via vapor deposition under ultrahigh vacuum. To ordinary people with a healthy dose of common sense, the processes at work in the quantum world sound more like a fairytale than reality. Particles that change into waves and back again, objects that can be present in two different locations simultaneously.
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