PASQAL

Their core work

PASQAL builds quantum processors based on arrays of neutral atoms — specifically Rydberg atoms — which they arrange using laser tweezers to create programmable quantum systems. Their hardware can run both quantum simulation (modeling complex physical and chemical systems) and quantum optimization (solving combinatorial problems faster than classical computers). Unlike competitors using superconducting qubits or trapped ions, PASQAL's neutral atom approach allows large-scale qubit arrays with natural connectivity suited for optimization and simulation tasks. They work directly with industrial clients to identify where quantum advantage is achievable today, making them a rare quantum hardware company that bridges fundamental physics and commercial deployment.

What they specialise in

How they've shifted over time

PASQAL entered H2020 as a participant in PASQuanS exploring the full landscape of quantum simulation hardware — including ultracold atoms, trapped ions, and Rydberg arrays — alongside annealing and many-body physics, suggesting early-stage platform comparison and fundamental research. By the time they coordinated FRESNEL (2021–2023), the focus had narrowed sharply to atom arrays specifically for quantum computing, with keywords shifting toward lasers, atomic physics, and simulation technology — the building blocks of a manufacturable, scalable product. The trajectory is clear: from broad quantum physics research to focused quantum hardware commercialization.

PASQAL is moving from research participant to technology vendor — future collaborations will likely involve applying their quantum hardware to specific industrial optimization or simulation use cases rather than fundamental physics research.

How they like to work

PASQAL has operated on both sides of the project leadership divide: joining a large RIA consortium (PASQuanS) as a participant alongside major academic and research institutions, then stepping up to coordinate their own SME-2 innovation project (FRESNEL). Their 18 unique partners across only 2 projects indicates broad, diverse consortium engagement rather than a closed circle of repeat collaborators. This suggests they are comfortable both contributing specialist technology to large research consortia and leading smaller, commercially-focused projects toward market.

PASQAL has built connections with 18 unique consortium partners across 6 countries through just 2 projects, indicating a wide and diverse European network for a young SME. Their participation in both a large research consortium and a self-led innovation project gives them links to academic institutions and industrial partners simultaneously.

What sets them apart

PASQAL is one of very few European SMEs that both manufactures neutral atom quantum hardware and applies it to industrial optimization problems — most quantum computing companies in H2020 are research groups or large corporations, not product-building startups. Their Rydberg atom approach offers natural advantages for certain optimization and simulation tasks compared to superconducting qubit systems, and their French base in Palaiseau (near Paris-Saclay) places them at the center of Europe's strongest quantum research ecosystem. For a consortium needing a quantum hardware provider with both deep physics expertise and commercial drive, PASQAL is a highly specific and hard-to-replace partner.

Highlights from their portfolio

• FRESNEL
  PASQAL coordinated this SME-2 project (EUR 2.5M) to commercialize atom-array quantum computing — a rare case of a quantum hardware startup leading an EU innovation project toward industrial deployment.
• PASQuanS
  Participation in this large-scale RIA consortium on programmable quantum simulation placed PASQAL at the heart of Europe's foundational quantum technology research, alongside leading academic groups.