(This is a re-posting as the deadline is near ....)
This position is associated with a project entitled "Quantum Machine Learning", and includes the following possible research topics:
The 2016 International Summer School on Quantum Information Computing & Control (QuICC) will be held between the 29th August and 2nd September at Lancaster University. This event is organised by students from the doctoral training centres at Imperial College London. It aims to bring together experimental and theoretical physicists studying quantum phenomena in a variety of systems.
The Hong Kong Workshop on Quantum Information and Foundations is a conference in the field of Quantum Information Theory with the goal of exploring the power of quantum systems in new scenarios, e.g. in non-causal frameworks. Furthermore, a broad spectrum of topics in Quantum Information Theory, from algorithms to complexity, cryptography and Shannon theory is in the focus of the Workshop. The conference will take place from May 4th-7th 2016 and about 30 renowned speakers will present their recent research.
Participants can sign up on the webpage
This position is associated with a project entitled "Quantum Machine Learning", and includes the following possible research topics:
This position is associated with a project entitled "Quantum Machine Learning", and includes the following possible research topics:
We work on applications of quantum optical techniques to spectroscopy and imaging.
This position is advertised across specialisations, and includes the following possible research topics:
1. Quantum information Theory.
2. Quantum neural networks and quantum learning algorithms.
3. Quantum computation in the context of classical message-passing on graphs and quantum graph states.
4. Graph theoretic measures applied to quantum information processing, non-contextuality and generalised physical theories, and to quantum information capacities.
5. Quantum contextuality, quantum entanglement, Bell inequalities and related topics.
These positions are advertised across specialisations, and include the following possible research topics:
1. Quantum information Theory.
2. Quantum neural networks and quantum learning algorithms.
3. Quantum computation in the context of classical message-passing on graphs and quantum graph states.
4. Graph theoretic measures applied to quantum information processing, non-contextuality and generalised physical theories, and to quantum information capacities.
5. Quantum contextuality, quantum entanglement, Bell inequalities and related topics.
Assistant Professor in Mathematical Physics (Job Ref: SCI037516)
School of Mathematical Sciences, The University of Nottingham
Job Type: Research & Teaching (permanent)
Salary: £34576 to £46414 per annum, depending on skills and experience. Salary progression subject to performance.
Applications are invited from outstanding candidates for the above post. The successful candidate will be expected to contribute substantially to maintaining and enhancing the School’s high standards in teaching and research.
The school aims to provide a broad overview of different implementations of quantum information processing and quantum simulation enabled by recent progress in nanotechnologies. Seven leading experts will review the experimental and theoretical state-of-the-art for some of the most promising implementations such as semiconductor quantum dots, superconducting circuits, defect centers in diamond, photonic crystal structures, and topological insulators and explore the prospects of quantum computing, quantum simulation, and the physics of quantum many-body systems.
