We are working on:
Quantum Mechanics and Quantum Information Theory
Density Functional Theory (DFT)
Density functionals, machine learning methods, DMRG
Nanostructures, nanomaterials and ultracold atoms
Entanglement, quantum phase transitions, superconductivity
If you are interested in our work, get in touch!
We are a theoretical research group focusing on quantum information theory and its applications in quantum photonics systems. Our vision is to bridge the gap between theoretical quantum information and experimental quantum physics, in particular quantum optics.
The theoretical division of Quantum Algorithms, directed by Prof. Leandro Aolita, is one of the 6 R&D divisions at the Quantum Research Centre (QRC) of the Technology Innovation Institute (TII) in Abu Dhabi, United Arab Emirates. TII is a non-profit state-funded organization that aims at becoming a major international hub for Science & Technology (https://www.tii.ae/).
We are a research group based in Buenos Aires, gathering researchers and students to study quantum logic and quantum structures.
We explore different variants of logical structures underlying quantum theory and look for applications to quantum information science and quantum computing.
Our research activities cover different areas of the field of quantum logic and quantum structures, including quantum probabilities, quantum contextuality, and non-standard set theoretical frameworks.
A new group in the School of Computing at Newcastle University, researching Applied Quantum Foundations. Group Leader - Dr Jonte R Hance (Lecturer, School of Computing, Newcastle University)
Research lines:
The chair of Quantum Information Systems is located in the department of computer science at RWTH Aachen. It is led by Dominique Unruh.
Our interests lie in quantum cryptography, verification, and programs.
Peter Bruin is an assistant professor at Leiden University. His research is in (computational) number theory and arithmetic geometry, quantum algorithms, and links between number theory and quantum-safe cryptography.
In our group, we aim at designing new tools, methods and approaches for solving difficult problems in many-body physics. On the process, we get to reconstruct physical models out of elementary ingredients (such as in the construction of tensor network states) or different building blocks (as in the design of a quantum simulator). In the process of reconstructing a theory from scratch, we get to learn a lot about it, to see it from new perspectives, to understand it better and to take it to new directions.
