A group doing research in quantum optics and quantum information. It focuses on developing theories for how to make quantum information processers. The group is headed by Prof. Anders S. Sørensen
A group doing research in quantum optics and quantum information. It focuses on developing theories for how to make quantum information processers. The group is headed by Prof. Anders S. Sørensen
Group led by Gemma De las Cuevas - see https://www.uibk.ac.at/th-physik/delascuevas_group/
Physics of materials and devices, with applications to quantum computing, superconductors, magnetism, and spintronics. Group leader: Prof. Rogério de Sousa.
The "Theory of light-matter and quantum phenomena" group focuses on theoretical research on elementary and collective quantum effects, at the crossroads between light-matter physics, condensed matter, and ultra-cold quantum gases.
Research is developed in close collaboration with several national and international experimental groups, and are motivated by both fundamental and applicative challenges in quantum physics:
We investigate the connections between foundations of Quantum Physics and Computer Science, our research focuses on information storing and processing by means of quantum physical systems (e.g. photons, electrons, trapped ions, superconducting circuits). The covered research topics range from fundamental aspects of Quantum Mechanics to technological applications.
We work on the following topics:
The mission of QICI is to promote the growth of the quantum information area in Hong Kong, and to develop Hong Kong as an international research hub for quantum information and computation.
QICI has been established in November 2018 under the auspices of the HKU Department of Computer Science. Its research platform consists of 3 research teams working on quantum information theory, quantum cryptography, quantum gravity, and quantum foundations.
We are interested in quantum optics and applying its methodology in studying the collective effects of radiation and many-body systems. We have been working on non-Hermitian physics [Nat. Comm.
