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The purpose of this conference is to provide a technical forum for discussions in the latest developments in quantum-physics-based information security. Traditional approaches to information security rely on mathematical relationships associated with encryption keys and encryption algorithms to achieve practical security. Quantum computing is considered to be an emerging threat to these classical techniques.
We invite applications for an interdisciplinary postdoctoral position in quantum information theory and quantum gravity, starting in the fall of 2011. The successful candidate will be hosted by the Quantum Gravity group at the Max Planck Institute (Albert Einstein Institute) for Gravitational Physics, Potsdam, Germany (http://www.aei.mpg.de/), and co-hosted by the Quantum Information Theory at the University of Potsdam (http://www.jense.qipc.org/).
Quantum Information Science is one of the most dynamic areas of inter-disciplinary research involving a wide range of scientists ranging from physicists to computer scientists to mathematicians and engineers. The fundamental observation in this field is that any computation is essentially a physical process. The current relentless drive towards increasing speed and miniaturization of computers will eventually lead the computer industry into a molecular/atomic domain where seemingly strange quantum behavior takes over from familiar classical notions.
Applications are invited for a postdoctoral position at the University of Nottingham, UK. The Ultracold Atoms Group is the youngest group in the School of Physics and Astronomy. It is part of the Midlands Ultracold Atom Research Centre (MUARC), formed together with the Cold Atoms Group at The University of Birmingham. We started our work in 2008 and now have several laboratory setups with ultra-cold atomic gases.
James Dacey writes at PhysicsWorld: ''An international research group claims to have taken an essential step towards silicon-based quantum computing by entangling 10 billion identical quantum bits, or "qubits", inside a silicon crystal. This is the first time that "ensemble entanglement" has been demonstrated in a solid-state device, they claim. Where conventional computers store data as "bits" with value 1 or 0, in quantum computing data is stored as "qubits", which can hold more than one value at the same time.
Postdoctoral Research Fellow in Theoretical Cold Atom Physics (and QIP)
Dept. of Physics & Astronomy
University of Sussex
Ref 131, Deadline 18 February 2011.
A 5-year post-doc position is available for research funded by the EPSRC in the project "Devices based on Entanglement in Cold Arrays of Trapped Atoms". The project is led by Dr. Barry Garraway and located in the AMO research group at the University of Sussex.
This summer school is the 11th edition of a highly successful series of school, with previous editions held in Calgary, Montreal, Toronto, Vancouver, and Waterloo. It follows the tradition of educating young researchers (prospective and current graduate students, as well as postdocs) on the rapidly-evolving field of quantum information science and brings together the world's experts from different areas.
Applications are invited for a Postdoctoral Research Fellow in Ion Quantum Technology and Nanoscience / Postdoctoral Research Assistant in Ion Quantum Technology and Nanoscience position in the Ion Quantum Technology Group in the Department of Physics & Astronomy at the University of Sussex. The duration of the position is originally for 1 year with the possibility of an extension for a further 2.5 years based on research requirements. The position is part of an EPSRC funded £1.4M Leadership fellowship for the development of quantum technology with nanofabricated ion trap chips.
A position for experimental research in the fabrication and characterization of carbon-based materials and devices is available immediately, until April 2013. The primary materials will be single-walled carbon nanotubes filled with fullerene molecules containing spin-active species. The research will involve fabricating devices with non-standard geometries, filling them with endohedral fullerenes, structural characterization by force and electron microscopy, and electrical characterization.
A postdoctoral position is available immediately for up to three years for experimental research in quantum control of spin states in condensed matter. These experiments will involve electron and nuclear magnetic resonance and related quantum control, including pulsed magnetic resonance spectroscopy, possibly with optical excitation and/or electrical detection.
