Theory and Experiment

The Physics of Information and Quantum Technologies Group promotes research and advanced training aiming at understanding and exploiting the role of quantum physics, of thermodynamics, and of relativity in the encoding, detection, transmission and processing of information, as well as at exploring the insights quantum information brings into fundamental physics.

We explore light as a tool in classical physics, such as when it can be used to push or pull individual particles (think of where a comet's tail comes from!), or for exploring the dynamics of colloidal particles (such as cells, bacteria, or test spheres), or even light's ability to be used in sensing of very small numbers of particles.

Inac, a joint CEA-UGA research institute, is a major actor in fundamental research on condensed matter, soft matter and cryogenics in Grenoble.

Most of its activities in physics, chemistry and at the interface with biology are included under the banner of nanoscience. It has programmes in several strategic areas: low carbon energy, information technology, heath technology, global defence and security, development and use of large facilities, cryogenics for space and for large facilities.

The Circuit QED Quantum Science group is a new experimental research group in the School of Mathematical and Physical Sciences at the University of Technology Sydney (UTS), led by Associate Professor and ARC Future Fellow, Nathan Langford. A/Prof Langford has recently set up a new research direction for UTS in circuit quantum electrodynamics (circuit QED), establishing the brand new Millikelvin Quantum Science laboratory at UTS with state-of-the-art purpose-built facilities for experiments in circuit QED and microwave quantum optics.

The “QCAT” Research Group carries out interdisciplinary studies at the border of quantum optics and condensed matter. Our goal is discovering inspiring physical phenomena, investigating the capabilities of modern platforms and finding their potential applications in quantum technologies. The Group has a theoretical background but tightly collaborates with experimentalists. Our domain comprises systems built with integrated optical circuits and superconducting photon detectors, optical microcavities and two-dimensional nanomaterials (e.g. graphene). We specialize in numerical tools.

Facultad de Matemática, Astronomía, Física y Computación (FaMAF) is one of the thirteen faculties of Universidad Nacional de Cordoba. In this institution, courses related to Mathematics, Astronomy, Physics and Computer Science are taught.

Our group focuses on quantum coherence device optimization and applications to enable novel sensing, communication, many-body quantum emulation/simulation and quantum-computing capabilities

Alexandria Quantum Computing Group (AleQCG) is located in Department of Mathematics and Computer Science, Faculty of Science, Alexandria University, Egypt.

AleQCG is interested in all aspects of research related to quantum computing, especially:
-Designing quantum algorithm to solve hard computational problems.
-Synthesis and optimization of quantum/reversible circuits.
-Quantum Inspired evolutionary algorithm.
-Quantum dot cellular automata.
-Quantum machine learning.
-Quantum cryptography.