A position for a PhD student is available at the chair E3 in the physics department of TU Dortmund University. The starting date is flexible but should be within the first half of 2012. The successful candidate will be part of an EU-sponsored initial trainging network and work on the development of a scheme for storing and preserving optical quantum states in solid state materials. Candidates must have a master degree in physics, ideally optical physics or magnetic resonance. The position has a competitive salary of 3800-4100 EUR, depending on marital status.
Submitted by
Gettrick on Thu, 08/12/2011 - 17:58.
Submitted by
Canan1001 on Tue, 08/11/2011 - 11:50.
The “Vienna Doctoral Program on Complex Quantum Systems (CoQuS)" is a graduate program funded by the FWF, and jointly hosted and supported by the University of Vienna and the Vienna University of Technology, Austria.
The CoQuS Program announces new openings for highly qualified doctoral/graduate students in experimental and theoretical quantum physics, with a strong emphasis on
• Fundamental tests of physics
• Quantum information concepts and implementations
• Matter wave interferometry: foundations and applications
• Quantum technology on the nanoscale
• Quantum physics in
Submitted by
Mauro on Sun, 23/10/2011 - 19:50.
Up to 3 PhD positions will be awarded within the School of Mathematics and Physics, Queen's University Belfast. The Quantum Technology group at Queen's (Gabriele De Chiara and Mauro Paternostro) have put forward a project for students interested in working on quantum information processing, quantum statistical mechanics and quantum many-body systems.
The studentships will cover fees and maintenance for UK residents (fees only for EU citizens). IMPORTANT: the positions will have to be filled by 1st of January 2012 at latest!!
Please, check the websites
Submitted by
Pirs on Wed, 21/09/2011 - 17:03.
Quantum Information Processing is an emerging science. Although it is often characterized as dealing with information processing or computation, its remit covers essentially any physical process in the universe. The supervisors currently work on a diverse range of topics, from quantum technology such as methods to improve the storage and readout of ordinary information on CDs or DVDs, to foundational questions in physics, such as better understanding black holes.
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