W3 Professorship Photonics for Quantum Systems (m/f/x; Reference no.: W2830)
Institution: Saarland University, Department of Systems Engineering, Faculty of Natural Sciences and Technology - Saarbrücken Campus
About the Position:
Two Phd positions are available in the group of Stephanie Wehner at QuTech. See vacancies for details:
The workshop will discuss progress and future directions of mesoscopic cold atom and related systems, in and out of equilibrium. Topics of interest include experimentally accessible observables, higher-order correlations, diffusion dynamics, developing and benchmarking effective low-energy theories, thermalization, and quantum engineering protocols.
There exists a prestigious and well-funded Scientia PhD scholarship for a student to undertake research on optical neural networks with application to quantum systems at the University of New South Wales, Canberra, Australia. The project will be undertaken under the supervision of A/Prof Andrey Miroshnichenko, Prof Hussein Abbas's, and Dr Matt Woolley.The scholarship includes a stipend of \$AU41,209 per annum for four years, a travel allowance of up to \$AU10,000 per annum, and covers all tuition fees.
A new UNSW Scientia PhD Scholarship is available to work on the topic "Quantum parameter estimation and system identification for quantum technologies".
The development of technologies for the 21st century, coupled with fundamental scientific inquiry, is driving new theoretical and experimental research on control in quantum systems. Experience has shown that systematic use of quantum control theory leads to significant improvements in technologies ranging from magnetic resonance to prototype quantum computers. Compelling case studies of quantum control have been developed in wide-ranging fields such as chemistry, metrology, optical networking and computer science.
The quest to create complex synthetic quantum systems from the bottom up is currently one of the most active and exciting areas of physics. It promises the ability to study new and advanced quantum mechanical effects for fundamental science and applications in quantum engineering. Typical experimental systems in this area are cold atoms and ions, nano-resonators, semiconductor quantum dots or superconducting quantum interference devices, with new and exciting ones added regularly. All of these allow large experimental control and detailed theoretical understanding.
