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Media Kit
Company overview, press resources, and approved brand assets.
Everything you need to cover Pasqal — official brand assets, verified company facts, and media-approved visuals — in one place.
Quick Access
Pasqal is a global quantum computing company specializing in neutral atom technology for industrial, scientific and governmental applications
Quick Facts
2019
Founded in Paris, France
Quantum computers
deployed accross three contient
+215M€
from international investors
Company Overview
Pasqal is leading the industrialization and deployment of neutral-atom quantum computing, transforming Nobel Prize-winning research into real-world solutions for industry, science, and governments. Since 2019, the company has built high-performance quantum systems and cloud-ready software that tackle the world’s most complex challenges in optimization, simulation, and AI. With a truly global footprint — including teams and facilities across Europe, North America, and Asia — and backed by over $215 million from international investors, Pasqal is accelerating the adoption of robust, high-performance quantum computing.
For more information, visit www.pasqal.com.
Pasqal, a leader in Quantum Computing.
Pasqal is a global quantum computing company specializing in neutral-atom technology. Founded in 2019, the company focuses on the industrialization and deployment of scalable quantum systems designed to address complex challenges in optimization, simulation, and artificial intelligence.
Built on Nobel Prize–winning research in atomic physics, Pasqal’s neutral-atom approach enables programmable quantum processors with natural scalability and flexibility. The company develops full-stack solutions combining quantum hardware, cloud-ready software, and application-focused tools, allowing researchers, industry partners, and public institutions to design, emulate, and execute quantum workloads.
Pasqal operates two quantum manufacturing facilities and has deployed quantum processing units (QPUs) across three continents. With teams and facilities in Europe, North America, Asia, and the Middle East, the company works with industrial leaders, research institutions, and government organizations to advance practical use cases in energy, logistics, finance, materials science, and beyond.
Backed by over $215 million in funding from international investors, Pasqal is focused on building robust, high-performance quantum systems and accelerating the responsible adoption of quantum computing technologies worldwide.
Brand Assets
Official logo to use by default
Logo to use on dark backgrounds
Our colors
Dark green
#0F1E23
RGB (15, 30, 35)
CMYK (80, 45, 40, 90)
Soft green
#173035
RGB (15, 30, 35)
CMYK (90, 61, 54, 63)
Bright green
#E1F6E9
RGB (225, 246, 233)
CMYK (14, 0, 13, 0)
Mint green
#00C887
RGB (0, 200, 135)
CMYK (70, 0, 62, 0)
These assets are provided for editorial use only. Please follow the brand guidelines.
Media Library
All Images and Video in this library are approved for use by media.
Usage & Attribution rules
- Credit: Pasqal
- Do not alter, crop, or overlay text/logos on the images/videos without permission
- Videos: Use clips as-is; do not re-edit without prior approval
- For online publication, include a clickable link to the company website when possible
Images
Close-up view of the Pasqal Quantum Processing Unit.
An engineer working on a Pasqal quantum processing unit installed in a high-performance computing facility.
Pasqal Quantum Processing Unit.
Optical table inside Pasqal Quantum Processing Unit.
Mechanical engineers building the structure of the Pasqal Quantum Processing Unit.
Pasqal’s vacuum chamber, a central element of the optical core where atoms are trapped and manipulated using optical tweezers to form the quantum register.
Pasqal Quantum Processing Unit.
Pasqal team monitoring optics and lasers systems.
Pasqal Quantum Engineer testing equipment on an optical bench.
Pasqal’s bobina, used to generate the magnetic field, required to control the atoms trapped inside the vacuum chamber.
Pasqal’s bobina, used to generate the magnetic field, required to control the atoms trapped inside the vacuum chamber.
Macro-view of key components of the optical bench inside the Pasqal Quantum Processing Unit.
Top view of the Pasqal’s bobina, used to generate the magnetic field required to control the atoms trapped inside the vacuum chamber.
Videos
These video assets are provided for editorial use only. Please credit Pasqal where appropriate.
Our Leadership
Access executive biographies and high-resolution headshots for Pasqal’s leadership team.
Pasqal’s latest press releases
Press inquiries
For press inquiries, interview requests, or speaking opportunities, contact our Communications Team.