Quobly
Tristan Meunier is the Chief Technology Officer at Quobly since November 2022 and has been a Senior CNRS researcher at the CNRS - Centre national de la recherche scientifique since January 2008. Previously, Tristan served as a Marie-Curie Post Doctoral Fellow at Technische Universiteit Delft from January 2005 to January 2008, specializing in the relaxation and manipulation of individual electron spins in quantum dots within Lieven Vandersypen's team. Tristan completed a PhD at Ecole normale supérieure from February 2001 to December 2004, focusing on induced quantum Rabi oscillations under the guidance of renowned researchers Serge Haroche, Jean-Michel Raimond, and Michel Brune. Tristan holds a Master's degree from Ecole normale supérieure (September 2000 - July 2001) and a Bachelor's degree in Physics from Université Paris Cité (September 1998 - September 2000).
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Quobly
Quobly, formerly Siquance, was founded in 2022 to develop and commercialize a universal large-scale quantum computer using proven semiconductor-industry processes. At Quobly, we believe in the potential of quantum to solve problems classical computers cannot—and we have a viable industrial roadmap that will make a universal quantum computer a reality in the near future. Our goal is to make a positive impact on our digital future through quantum-enabled computing solutions for energy distribution, drug discovery, and more. Quobly, based in Grenoble, France, is a spinoff of the CEA, a major RTO, and CNRS, a leading center for academic research. The company will continue to develop a silicon spin qubit technology nurtured over two decades of research partnerships between these organizations. In simple terms, our research led to a major advance: turning transistors into quality quantum bits. We believe that that leveraging proven semiconductor-industry technologies, processes, and manufacturing capacities in Europe is the fastest and most cost-effective way to get a universal quantum computer to the market. Europe’s semiconductor giants already know how to fabricate millions of identical objects. We now know how to apply these capabilities to qubits.