Submitted by
Modik on Wed, 27/02/2019 - 05:39.
Project Description
Any application that aims to harness the power of quantum effects will inevitably be plagued by noise due to its surroundings. Generally, this leads to complex dynamics with memory effects, known as non-Markovian dynamics. With the increase of miniaturisation and read-out frequencies, the influence of such effects will become even more prominent in the future. In this project, the successful applicant will investigate the genuinely quantum nature of non-Markovian dynamics.
UNSW (Sydney) in Collaboration with the Defence Science Technology Group (Adelaide)
Project Title: Continuous Variable Quantum Communication Capabilities for Low-Earth Orbit Satellites.
Are you interested in developing the next generation of computational methods to access drug development using quantum computers? Would you like to apply your expertise in a company that are following the science and turn ideas into life changing medicines? Then you might be the one we are looking for!
Submitted by
niquet on Tue, 19/02/2019 - 18:02.
A PhD position on the modeling two qubit gates on silicon is open at the Institute for Nanosciences and Cryogenics (INAC) of the CEA, Grenoble, France. The PhD is expected to start late summer/autumn 2019 and lasts three years.
Project description
We are seeking a highly motivated candidate for a Ph.D. position in the project HOT – “Hybrid Optomechanical Technologies” (http://hot-fetpro.eu), an FET- Proactive Horizon 2020 project funded by the European Union.
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