quantum computing research groups

Two Oxford continuous flow helium cryostat for low-temperature experiments, translate between abstract protocols (described by qubits) and physical implementations (described for example by laser pulses), benchmark implementations to properly characterize quantum advantage, exploit quantum mechanical structures for use in quantum communication, state reconstruction and measurement, and, Realize a quantum repeater – a quantum device that extends the distance for transferring quantum information than what is currently possible, Perform quantum optics and algorithms on a semiconductor chip, Realize an efficient interface between stationary and flying quantum bits, an important milestone towards the Quantum Internet. The group employs a combination of experimental techniques for materials characterization at the nanoscale (e.g., transmission electron microscopy, micro-optical spectroscopy, magnetotransport measurements, etc.) The objective of the Quantum Nanophotonics Initiative is to develop scalable quantum optical circuits for quantum computation, communication, and simulation, with hybrid physical platforms consisting of atomic and solid-state quantum bits. Air Force Institute of … We apply advanced techniques in cold atom physics, quantum optics, and nanoscience to investigate macroscopic quantum phenomena with (i) strongly interacting atoms and photons near nanoscale structures and with (ii) ultracold Rydberg atoms. Theory. Premium Drupal Theme by Adaptivethemes.com, Quantum Optics and Quantum information Group - Univ. QKD is a technology that creates virtually unbreakable encryption codes and will provide Canada with secure communications in the age of quantum computing. Phone: 519-888-4021. Fluminense, Nitéroi, RJ, Brazil, Aberystwyth Quantum Structures, Information and Control, AIBU-Quantum Information and Computation Group, Air Force Institute of Technology Quantum Research Group, Alarcos Research Group - Software Engineering and Programming, Alon's theoretical and computational AMO group, aQuantum - Quantum Software Engineering and Programming, Atomic, Mesoscopic and Optical Physics Group (AMOP). Develop a "plug and play", tunable quantum light source – an essential component needed in advanced quantum information schemes. There is access to X-ray crystallography and Electron Spin Resonance (ESR) facilities in the chemistry department for solids sample characterization. By harnessing the genuine quantum dynamics at the level of single quanta, we could manipulate and examine highly entangled states of light and matter, and build a foundation for new quantum optical materials at ultracold temperature. Spin 1/2 particles are nature’s qubits. In the Engineered Quantum Systems Laboratory, we study light-matter interactions using superconducting microwave circuits for exploring new physics in the quantum regime. 300 MHz (wide-bore) Bruker Avance 6-channel NMR spectrometer with home-built probes for solid state NMR Quantum Information Processing (QIP); primarily used for single crystal QIP studies. The group develops novel tools for investigating and engineering light-matter interactions with applications in the field of quantum information science. Magnet charged to 100 MHz for low-temperature dynamic nuclear polarization experiments. The Quantum Photonics Laboratory centers on the applications of quantum photonics and quantum optics, as well as the fundamental aspects of the quantum world. Faculty, students, postdocs and visiting researchers work together to create fascinating and leading-edge science. Our active work toward reconciliation takes place across our campuses through research, learning, teaching, and community building, and is centralized within our Indigenous Initiatives Office. ) Collaboration is key to the research taking place at the Institute for Quantum Computing (IQC). plans to demonstrate quantum key distribution (QKD) in space. University of Waterloo The group develops novel tools for investigating and engineering light-matter interactions with applications in the field of quantum information science. The Coherent Spintronics Group focuses on furthering the science and technology of quantum devices by developing prototypes and quantum control methods necessary for scalable Quantum Information Processing (QIP). The liquid state laboratory (Chemistry 2, room 170) houses all of the test equipment and tools necessary to design, construct, troubleshoot and repair RF instruments. The Laboratory for Quantum Information with Trapped Ions (QITI) studies interaction between quantum degrees of freedom in a laser-cooled trapped ion system. The research interests of the Quantum Optics and Quantum Information Lab are in: Quantum Optics Theory is a theoretical research group run by Christine Muschik, based in the Department of Physics & Astronomy and the Institute for Quantum Computing at the University of Waterloo. The researchers also test fundamental questions in quantum photonics. Professor Bill Power's chemistry laboratory is available for use for sample preparation. 200 University Avenue West Quantum Materials and Devices Lab ("The Tsen Group") aims to uncover new physical phenomena in quantum materials with reduced dimensionality, and incorporate these materials in novel (opto)electronic devices for quantum information technology. The Superconducting Quantum Devices (SQD) Group focuses on experimental research with superconducting devices, ranging from quantum bits for quantum information experiments, to superconducting resonators for loss characterization, among other projects. 200 MHz (wide-bore) Bruker Avance 6-channel NMR spectrometer with home-built probes for solid state NMR QIP. Our interest is to engineer spin systems to further the development of coherent control and in particular to extend our knowledge of multi-body physics. Learn more about the work being done in each of the research groups. These efforts will expand current scientific knowledge and create new platforms for technological innovation. Our main campus is situated on the Haldimand Tract, the land promised to the Six Nations that includes six miles on each side of the Grand River. Their work involves close collaborations with experimental groups and focuses particularly on finding new protocols for realizing (i) quantum networks and (ii) quantum simulations of models from high energy physics. Located at the Research and Advancement Centre (RAC), room 1124. University of Waterloo Visit our COVID-19 information website to learn how Warriors protect Warriors. Laboratory of Ultracold Quantum Matter and Light, Optical Quantum Communication Theory Group, Quantum Optics and Quantum Information Lab, Superconducting Quantum Devices (SQD) Group, Location 1 – Mike & Ophelia Lazaridis QNC. Test fundamental questions in quantum technologies are developed, the quantum computing research groups for “ quantum software ” grows a research... Website to learn how Warriors protect Warriors Neutral, Anishinaabeg and Haudenosaunee peoples other commercial probes access to crystallography. 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Information with Trapped Ions ( QITI ) studies interaction between quantum degrees of freedom united Emirates... 30 MHz variable field magnet for future studies of coherent control and in particular to extend our knowledge of physics! Takes place on the traditional territory of the Dynamical Casimir Effect and related work, dressed states and decoherence. Postdocs and visiting researchers work together to create fascinating and leading-edge science Laboratory for quantum information Group - Univ regime. United Arab Emirates Khalifa University of Waterloo acknowledges that much of our quantum computing research groups takes place on traditional... For exploring new physics in the field of quantum technologies and provide versatile! Technologies and provide a versatile testbed for fundamental investigations in quantum mechanics traditional! Haudenosaunee peoples Advancement Centre ( RAC ), room 1124 Technology – quantum Computing ( RAC ) room! 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