Pasqal partners With LG Electronics To Accelerate Real-world Quantum Computing Applications

Founded in 2019, Pasqal builds quantum processors using ordered neutral atoms in 2D and 3D arrays, delivering practical quantum advantages for real-world applications.

Through its partnership with LG Electronics, Pasqal will co-develop quantum algorithms to tackle LG’s complex challenges, including multiphysics simulation, optimisation, and material discovery.

These initiatives aim to boost efficiency, speed up innovation, and drive breakthroughs in product design and performance.

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Pasqal and LG Electronics will also explore collaborations across the quantum computing value chain, including optical and electronic components essential for neutral atom quantum computing infrastructure.

Neutral atom quantum computers use laser-trapped atoms as qubits, operating at room temperature. This partnership will accelerate the industrialisation of quantum hardware and strengthen the global supply chain for critical quantum technologies.

Loïc Henriet, CEO of Pasqal, describes the collaboration as a powerful convergence of quantum science and industrial expertise.

“Together, we will accelerate the deployment of industry-ready applications and bring quantum computing closer to solving real-world problems at scale.”

“At LG Electronics, we are constantly pushing the boundaries of innovation to deliver transformative technologies. By investing in and collaborating with Pasqal, we are positioning ourselves at the forefront of quantum computing,” said Seong-Hyok Sean Kim, Senior Research Fellow (VP) of LG Electronics.

The strategic partnership is set to fast-track the development and industrialisation of quantum computers, while also enabling industry-ready applications with potential impact across multiple sectors.

About Pasqal

Pasqal builds programmable quantum simulators and computers using 2D and 3D atomic arrays. Neutral atoms trapped in optical tweezers and controlled with lasers enable superposition and entanglement forming a scalable platform for advanced quantum information processing, leveraging decades of physics breakthroughs to tackle real-world computational challenges.