Research Associate in Experimental Quantum Photonics - Edinburgh, Scotland
Salary: Grade 7 - £32,236 to £39,609 p.a. (plus benefits)
Salary: Grade 7 - £32,236 to £39,609 p.a. (plus benefits)
We have an opening for two 27-month Ph. D. student positions in foundations of quantum mechanics / quantum information theory at the University of Gdańsk, Poland with starting date 1st October 2018.
The position will be financed under the project “Quantum correlations – from few to many particles” founded by the Polish National Science Center under BEETHOVEN programme.
Scope of research for the project include:
In the process of setting up a new quantum optics theory group, I am searching for outstanding PhD students to work on the following topics
- Quantum simulation with quantum optics setups, in particular of lattice gauge theories
- Design of protocols for measuring entanglement in cold quantum gases
- Theory of quantum many-body systems (non-equilibrium dynamics, periodically driven systems, exotic quantum phases, characterization through entanglement)
The University of Kent has an active research community studying a range of phenomena in theoretical and applied condensed matter physics. The School of Physical Sciences hosts the interdisciplinary Functional Materials Group, with major recent investments in both theory and experiment of correlated quantum matter.
Do not miss out this year’s Central European Workshop on Quantum Optics!
It will take place 26-30 June 2017 at the Department of Physics, Technical University of Denmark, in the beautiful surroundings of Lyngby (near Copenhagen). Some information about the event can be found at the address www.cewqo2017.dk . The conference is preceded by a PhD summer school in optical quantum technology.
We develop and use Tensor Networks to attack the quantum many body problem
We are currently offering two PhD positions to highly motivated and well-qualified students who intend to enhance their career on the intersection of quantum many-body theory and quantum information science. The successful candidates will work as part of the research group led by Jens Eisert at the FU Berlin, in collaboration with that of Emil Bergholtz at the FU Berlin and in Stockholm. For an overview of the research activities of the groups, see
We work on applications of quantum optical techniques to spectroscopy and imaging.