Quantic

We are a team of physicists and mathematicians, located in Paris at Ecole des Mines, Ecole Normale Supérieure and INRIA. We model and build quantum hardware based on superconducting circuits. These qubits provide a hardware-efficient way to develop a quantum computer that is insensitive to environmental fluctuations.

Open positions

One junior research leader position: see offer.

One staff scientist position : see offer.

We are always looking for motivated and curious students and postdocs.

For experiments, contact Zaki or Philippe.

For theory, contact Mazyar , Alain, Pierre, Antoine , or Alexandru.

Last update on 15/07/2024


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Experimental Quantum Information

We design, fabricate, and measure superconducting circuits to encode and protect quantum information. We are interested in questions like: Can quantum information persist on macroscopic timescales? Can we build circuits with more exotic electronic interactions than Cooper pairing?

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Theoretical Quantum Information

We study a new paradigm for encoding, protecting, and manipulating quantum information in a quantum harmonic oscillator (e.g. a high-Q mode of a 3D superconducting cavity) instead of a multi-qubit register. The infinite dimensional Hilbert space of such a system can be used to redundantly encode quantum information.

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Mathematical Theory of Quantum Systems

We develop systematic mathematical methods for dynamical analysis, control, and estimation of composite and open quantum systems. Our subjects of interest range from quantum input-output theory to stabilization by measurement-based quantum feedback.