Seminare Archiv 2016

Host: MPQ, Quantum Dynamics Division
Since the discovery of the vapor-liquid-solid (VLS) mechanism for semiconductor nanowire (NW) growth over 50 years ago, semiconductor NWs have been a widely studied technology in various areas including photonics, plasmonics, and electronics. [more]
Atomic gases at ultralow temperatures prepared in optical lattice potentials provide an exquisite platform to study many-body quantum systems out of equilibrium. [more]
Microfabricated surface traps enable a wide range of trapping geometries and provide a scalable platform for trapped ion Quantum Information Processing (QIP). [more]
The ability to manipulate molecules with electric fields offers new opportunities for studying cold collisions and performing precision tests. [more]
Cold atoms can now be routinely prepared and precisely controlled for the study of quantum physics. [more]
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