quantum information

PhD projects in “quantum physics and quantum simulations” in CQT Singapore

The positions are within the Quantum Optics and Quantum Simulators Group lead by Dr. Dimitris G. Angelakis. The group's research interests span most aspects of theoretical quantum physics and its applications in implementing quantum computation and quantum simulations.

PhD projects will involve the study of quantum optical systems such superconducting qubits, slow light systems, quantum nano-photonic arrays for building quantum simulators and quantum computers.

The positions are in the group of Dimitris G. Angelakis (www.dimitrisangelakis.org). We are looking for highly motivated candidates with a strong research background and a PhD in theoretical quantum optics/physics and/or quantum information and/or quantum many-body physics/quantum condensed matter.

There are two PhD positions currently advertised in the Insititute for Informatics at the University of Bergen, Bergen, Norway. These positions are advertised across disciplines in computer science so if you want to apply to do a PhD on the mathematical theory of quantum information, quantum machine learning, quantum computing, and/or quantum networks, or related topics, then please mention that you would like to work with Professor Matthew G. Parker.
For more questions regarding possible research topics then please feel free email him at:

Open permanent position at Telecom ParisTech
Associate Professor on Quantum Information and Post Quantum Cryptography

The Quantum Information and Applications (IQA) group of Telecom Paristech is conducting a research activity centered on quantum information, quantum communication and cryptography. This research combines theoretical work on quantum information, communication and quantum cryptographic protocols with the development of an experimental platform allowing experimental demonstrations of quantum communication protocols.

Applications are invited for the above post to work with Professor Gerardo Adesso on an ERC Starting Grant project entitled “Genuine quantumness in cooperative phenomena” funded by the European Research Council. The principal goal of the project is to analyse and challenge the quantum-classical border from a jointly fundamental and applicative viewpoint. The project is expected to deliver novel tools for the characterisation of quantumness in composite systems and to develop novel platforms for its practical utilisation in quantum technology applications.

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