PASQAL announces intention to open quantum computer factory in Canada

SHERBROOKE — PASQAL, an advanced technology company and researcher, announces the creation of a factory to produce quantum processing devices at Espace Quantique 1 of DistriQ – Quantum Innovation Zone in Sherbrooke, Canada. In this new flagship installation, PASQAL-Canada will produce hardware for the North American market to accelerate the adoption of neutral atoms quantum computing in the region. PASQAL Canada will develop in partnership, new commercial applications in multiple areas, such as: smart cities, energy, and materials science, focusing on providing business value to end-users in the short term.

PASQAL’s quantum technology uses highly focused lasers, “optical tweezers”, to trap and manipulate neutral atoms individually to create 1D and 2D arrays in arbitrary configurations. In these quantum processors, each quantum bit (qubit) is encoded into two energy levels of an atom, each atom in these arrays represents a qubit. The company’s customers include BMW, BASF, Johnson & Johnson, Siemens, Airbus, LG Electronics and Thales among many others.

PASQAL will install its quantum computer production in DistriQ’s Espace Quantique 1. Opening in Sherbrooke in early fall 2023, the 50,000 square foot (4,600 square meter) building will be the most extensive and comprehensive commercially focused quantum centre.

“This location is ideal to catalyze PASQAL’s collaborations with academic institutions and industries in North America, ensuring a sustainable development in the growing quantum computing market,” said Raphaël de Thoury, CEO of PASQAL Canada. “The ecosystem in Sherbrooke, fostered by the dynamism of DistriQ – Quantum Innovation Zone in Sherbrooke, is fertile ground for quantum industrial companies like PASQAL. DistriQ is unique, as it is gathering the key leading players in the value chain, from science to industrial applications.”

The applications resulting from the power of hybrid computers (quantum computing combined with High Performance Computing) are multiple, including:

• The optimization of distribution or transport networks
• The understanding of photosynthesis mechanisms
• The design of catalysts for fertilizers or new drugs
• The optimization of batteries or solar cells
• Quantum computing is a promising field, and many companies worldwide are investing in developing quantum technologies and applications in the hope of finding solutions to today’s humanity challenges.