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Research highlights
Quantum Amplifiers With Very High Bandwidths
Institut Quantique Research Team Will Lead the Next Breakthrough in Qubit Fabrication
A new kind of quantum processor based on superconducting circuits
The full potential of a new type of microwave amplifier as a powerful resource for quantum information processing
Projects
Design and fabrication of a benchtop continuous flow liquid helium cryostat, with high frequency cryogenic probing arms, for the test and characterisation of quantum devices
Statistical Learning for Initialization of Quantum Dot Arrays
Directional parametric amplification with superconductor-insulator- superconductor junctions
CAT-IQ-US: Resource efficient quantum computation using unique spins and superconducting circuits
Researchers
Alexandre Blais
Groupe de recherche
Éva Dupont-Ferrier
Max Hofheinz
Mathieu Juan
Stefanos Kourtis
Bertrand Reulet
Baptiste Royer
Dave Touchette
Materials
Research highlights
The most detailed calculation of superconductivity in iron-based superconductors
Breakthrough in Josephson junctions device fabrication in superconducting thin films
New Signature of the Pseudogap Phase, a Key in the Enigma of Superconductivity at High Temperatures
Projects
Electronic stucture for correlated quantum materials
Study of topological phases of two-dimensional electron gas by a coplanar resonator
Design and fabrication of a benchtop continuous flow liquid helium cryostat, with high frequency cryogenic probing arms, for the test and characterisation of quantum devices
Topological Excitations in Quantum Magnets
Researchers
Cris Adriano
Claude Bourbonnais
René Côté
Team
Alumni
Patrick Fournier
Team
Alumni
Ion Garate Aramberri
Mathieu Massicotte
Denis Morris
Team
Alumni
Jeffrey Quilliam
Research Techniques
researhc subjects
David Sénéchal
Louis Taillefer
Team
Alumni
André-Marie Tremblay
Team
Alumni
Engineering
Research highlights
Institut Quantique Research Team Will Lead the Next Breakthrough in Qubit Fabrication
Projects
3D digital Silicon Photomultiplier (3DdSiPM)
Design and fabrication of a benchtop continuous flow liquid helium cryostat, with high frequency cryogenic probing arms, for the test and characterisation of quantum devices
CAT-IQ-US: Resource efficient quantum computation using unique spins and superconducting circuits
Enhancement of emission/efficiency of colored centers collection in diamond by nano-plasmon antennas
Researchers
Vincent Aimez
Yann Beilliard
Yves Bérubé-Lauzière
François Boone
Paul Charette
Serge Charlebois
Dominique Drouin
Max Hofheinz
Frédéric Mailhot
Sylvain Nicolay
Jean-François Pratte
Jean Rouat
Julien Sylvestre
Marc-André Tétrault
Research highlights
Highlights
Quantum Amplifiers With Very High Bandwidths
Find out more
Institut Quantique Research Team Will Lead the Next Breakthrough in Qubit Fabrication
Find out more
A new kind of quantum processor based on superconducting circuits
Find out more
The full potential of a new type of microwave amplifier as a powerful resource for quantum information processing
Find out more
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