Deadline: 25 Nov. 2013
Sources based on the parametric downconversion process are most established for the preparation of quantum light states. The engineering of integrated sources is key for the progress of quantum communication and information processing systems. The design and implementation of specifically tailored integrated devices for quantum applications require the combination of know-how in the fields of integrated optics, quantum optics as well as quantum information science.
Description
The position offers the chance of developing novel integrated devices for engineered photon pair generation based on periodically poled LN or KTP waveguides. This includes their design (including several functionalities on a single chip), the fabrication of apt structures in the clean rooms, as well as their characterization in the quantum optics labs.
Your Profile:
Applicants must have a master’s degree in physics or in a related relevant subject; experience in integrated optics, laser physics, experimental quantum optics or quantum information science.
Description
The position offers the chance of developing novel integrated devices for engineered photon pair generation based on periodically poled LN or KTP waveguides. This includes their design (including several functionalities on a single chip), the fabrication of apt structures in the clean rooms, as well as their characterization in the quantum optics labs.
Your Profile:
Applicants must have a master’s degree in physics or in a related relevant subject; experience in integrated optics, laser physics, experimental quantum optics or quantum information science.
Further Details:
Prof. Dr. Christine Silberhorn
University of Paderborn
Faculty of Science
Department of Physics
Warburger Straße 100
D-33098 Paderborn
E-Mail: christine.silberhorn@upb.de
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