Fully-funded positions (all fees plus £14,553-per-year, tax free stipend) are available to undertake research in experimental quantum sensing and measurement. Four studentships are available via the Quantum Technology Hub for Sensors and Metrology, as part of which students will join a cohort of 20 students from across the UK. Candidates in this programme will spend part of their first year undertaking an MRes in Translational Quantum Technology at the University of Birmingham.
Positions are available on the following projects
Submitted by
Mattyhoban on Thu, 20/04/2017 - 11:56.
We are organising a workshop on quantum networks sponsored by the Foundational Questions Institute (FQXI) under the project "Quantum Bayesian networks: the physics of nonlocal events”. This will the last in a series of three workshops, the first of which took place in Barcelona (http://qbnetworks.icfo.eu/), and the second in Natal, Brazil (http://iip.ufrn.br/eventsdetail.php?inf===QTUVkM).
Submitted by
Alleaume on Mon, 17/04/2017 - 15:50.
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.
Submitted by
mansari on Sun, 16/04/2017 - 05:57.
Another PhD position is available to work at Peter Gruenberg Institute (PGI-2) and Juelich-Aachen Research Alliance Institute (JARA) in Forschungszentrum Juelich in Germany. The degree will be granted by RWTH University in Aachen. The student will work with Dr. Mohammad H. Ansari and the project can be started in the Summer or Fall 2017.
Submitted by
Torades on Fri, 14/04/2017 - 08:00.
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.
Submitted by
Adelcamp on Thu, 13/04/2017 - 22:10.
Applications from highly motivated researchers are welcome for a postdoctoral position in the group of Prof. Adolfo del Campo in the Department of Physics, University of Massachusetts Boston.
Submitted by
Thbusch on Thu, 13/04/2017 - 11:56.
The study of quantum coherent dynamics is currently one of the most active and exciting areas in physics. It holds the promise for the development of new technologies (quantum computing, quantum metrology,...) and, at the same time, has already delivered insights into the foundations of quantum mechanics. Its fast moving pace, in both theory and experiment, has attracted many young researchers and summer schools have become an integral part of the education and networking of students.
Conference on Controllable Quantum Impurities in Physics and Chemistry (CoQIPC-2017)
August 16-18, 2017
Submitted by
dpoletti on Tue, 11/04/2017 - 08:59.
Open position for Postdoctoral Fellow at the Singapore University of Technology and Design (SUTD) in the group of Asst. Prof. Dario Poletti.
We are looking for somebody with experience with Matrix Product States (or similar) to study the dynamics of manybody quantum open systems with particular emphasis on transport issues. The position is for 2 years.
Submitted by
Pirs on Sat, 08/04/2017 - 02:14.
In conjunction with Leonardo MW Ltd, the Department of Computer Science is offering a fully funded PhD studentship at the University of York. Quantum detection is an emerging field which has been applied in the optical domains and is now being scaled to microwave frequencies to make “quantum radar”. A theoretical exploration of the subject is needed to determine the potential improvements in detection performance (e.g. range and robustness against noise) which quantum technology offers when compared to current “classical” detection methods.
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