quantum information theory
Submitted by
Jense on Tue, 11/12/2018 - 08:53.
We are currently offering a position on quantum thermodynamics within a newly installed international research network. The successful candidate will work in the research group for quantum information theory led by Jens Eisert at the Dahlem Center for Complex Quantum Systems of the Free University of Berlin. The position is part of an exciting DFG-funded network dedicated to realizing "thermal machines in the quantum world", thermodynamic devices that are based on quantum mechanisms in their functioning.
The Computer Science Department of The University of Hong Kong invites applications for a position of Assistant/Associate Professor in Quantum Information Theory, to commence on January 1st, 2019 or as soon as possible thereafter, on a three year
fixed term basis, with consideration for tenure before the expiry of a second three year fixed term contract.
The Asia Pacific Center for Theoretical Physics (APCTP) invites applications for one or two postdoctoral positions in the area of theoretical quantum information and many-body physics. The successful candidate will join the Junior Research Group led by Prof Jaeyoon Cho. The group has a broad range of interests in quantum information and many-body theories. APCTP is situated at Pohang University of Science and Technology (POSTECH), Korea, and provides a collaborative and interdisciplinary environment for theoretical physicists.
Submitted by
kliesch on Fri, 23/03/2018 - 09:18.
We are looking for motivated and talented PhD candidates for the new Quantum Technology research group of Martin Kliesch at the Heinrich Heine University Düsseldorf (HHU) in Germany. The group aims to fill up two positions until summer 2018.
The Groups research areas are Quantum Information Theory and its interface with many-body physics and quantum optics. Specifically, the Group has interest in the field of quantum information science is diversified in to various topics, which broadly include:
1. Characterizing and quantifying multipartite quantum correlations in finite as well as infinite quantum systems.
2. Connecting multipartite quantum correlations to different quantum information processing tasks.
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