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Our 40 patents and processes allow us to build quantum computers using existing semiconductor fabs to create scalable quantum computers with higher upper limits than non-silicon quantum computers. We plan on releasing initial demonstration circuits in 2025, with commercial quantum computers in 2028-2030
Where we believe quantum computing can make an impact
Markets
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 medical research, drug discovery, mobility, energy, and more.
our technology: the silicon qubit
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.
Turning transistors into silicon spin qubits: how it works
Play Video about Animation Siquance
Our home: Grenoble, France,
a center for excellence in semiconductors.
Meet our founders
A multidisciplinary team experienced in tech research and development, driven by ambitious business objectives.
Quobly partners with EU's R&D leaders in flagship cryogenics project
The ARCTIC (“Advanced Research on Cryogenic Technologies for Innovative Computing”) project intends to establish a complete and comprehensive European supply chain for cryogenic photonics, microelectronics, and, in general, cryo-microsystems around the emerging quantum computing industry and different cryoenabled ICT applications.
Quobly will be contributing silicon spin qubit-based quantum chip samples to this collaboration.
Quobly has unveiled its Scientific Advisory Board marking a significant step forward in de-risking the industrialization of its silicon spin qubit-based quantum processor.
Comprising esteemed international experts in quantum research & technologies, the board will provide invaluable scientific guidance.
"Our Scientific Advisory Board will be pivotal in bringing our vision to fruition manufacturing a scalable quantum processor with expansive quantum computing capabilities,” commented Quobly CEO, Maud Vinet. “Quobly will leverage their insights to foster innovation and accelerate our progress, not only at the qubit level but also in technology development, algorithms, use cases and industry readiness."
Proqcima is a pioneering program that aims to gather the most brilliant minds in the world to tackle the most challenging issues of building fault tolerant large-scale quantum computers. It will involve a 15-year innovation partnership between the government and 5 quantum computing companies with the goal of building two universal fault-tolerant quantum computers of a significant scale:
3-4 years: two logical qubits with a universal set of error corrected gates
6-8 years: running phase estimation with 128 inputs
Quobly wins €2.5 million EIC grant to develop FD-SOI quantum processor demonstrator
The European Innovation Council has approved €2.5 million in EIC Transition funding for Quobly for its MCSQUARE project. This new project will build on the advances made during the Quantum Flagship project QLSI (Quantum Large Scale Integration in Silicon) to deliver an FD-SOI-based quantum processor demonstrator with a novel 4x4 multicore architecture.
This architecture presents several advantages. In the long-term, it will facilitate the distribution of error correction routines over the different cores and support progress towards fault-tolerance. In the short term, multicore architectures can support promising noisy intermediate-scale quantum (NISQ) algorithms, an area where multicore architectures with quantum could provide a real quantum advantage. Quobly systems will be deployed as computational accelerators in HPC centers.
“At Quobly, we are on track to build the most energy-efficient and cost-effective full-stack quantum processor. Through the EIC-funded Transition program, we will demonstrate a multicore architecture leveraging Fully Depleted Silicon on Insulator (FD-SOI) technology, the cornerstone of scaling. We will then be prepared to increase both the number of cores and the number of qubits per core,” said Maud Vinet, CEO of Quobly.
Quobly (formerly Siquance) completed its first funding round of €19 million. The startup is developing a fault-tolerant quantum processor to power a universal quantum computer.
Quantonation, Bpifrance (via the Deep Tech 2030 fund managed on behalf of the French government as part of the France 2030 program), Supernova Invest, and Innovacom led the round. Crédit Agricole Alpes Développement, CEA Investissement, Caisse d'Epargne Rhone Alpes, and BNP Paribas also participated. The influx of capital will double Quobly’s R&D capabilities and allow the company to deploy the remote access solutions needed to develop software.Download the press release (in French).
July 2023
Siquance is now Quobly
Siquance has a new name: Quobly!
Siquance’s new name, Quobly, for “Quantum” and “Grenoble,”symbolizes the historically strong ties between quantum research and development and the semiconductor industry in Grenoble.
June 2023
Quobly (formerly Siquance) French Tech 2030 winner
Quobly (formerly Siquance) is one of 125 French Tech 2030 winners selected from more than 800 candidates. As a member of the first-ever French Tech 2030 cohort, Quobly will support the government’s industrial and technological sovereignty strategy by helping build a domestic quantum computing industry.
Dec 2022
IEDM 2022 plenary by Quobly CEO Maud Vinet
Maud Vinet gives plenary talk at IEDM on “Enabling full fault tolerant quantum computing with silicon based VLSI technologies”.
Dec 2022
French Quantum Startup Delegation
Quobly (formerly Siquance) travels to Washington, D.C. as part of the French Quantum Startup Delegation at the Quantum World Congress.
Nov 2022
Quobly (formerly Siquance) is founded
Creation of quantum computing startup Siquance (now Quobly), a CEA-CNRS spinoff, announced at a press conference in Grenoble.
July 2022
Quobly (formerly Siquance) wins I-Lab award
Siquance won a 2022 I-Lab Innovation Grand Prix from Bpifrance, France’s government investment bank.
Quobly is hiring
Quobly is helping build a quantum-enabled future by developing cost-effective universal quantum processors to solve currently unsolvable problems in health, energy, mobility, and more.
Working at Quobly also means:
Working in Grenoble, home to some of the fastest-moving tech and industrial companies around, and a great base camp for a wide range of activities from arts and culture to outdoor and mountain sports.
The opportunity to develop in-demand skills alongside the best researchers in their fields.
A collaborative work environment and a company culture where trust is paramount and where individual contributions are recognized.
Presenting at international conferences to share our latest results.
Work-life balance, with a standard package of 213 workdays per year.
Work from home up to four days per week, depending on the position.
Offices are located near Grenoble’s train and bus stations for an easy commute.
Employer contribution to public transportation passes and human-powered mobility solutions.
At Quobly, we believe that professionalism, trust, teamwork, and an environment that encourages all employees to exceed their personal best are fundamental to our collective success. We also believe that fun and celebration are an essential part of any workplace.
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