PhysicsX is a groundbreaking deep-tech company that harnesses the power of artificial intelligence (AI) to transform the fields of engineering and manufacturing. Founded in London, PhysicsX has quickly gained recognition for its innovative approach to solving complex engineering challenges by integrating physics-based AI into the entire product lifecycle. As industries struggle to keep pace with rapid technological changes and increasing complexities, PhysicsX's platform offers a new realm of optimization and efficiency, making it a noteworthy player in the contemporary engineering landscape. In this article, we delve into ten fascinating aspects of PhysicsX's operations and impact.
PhysicsX was established in 2020 by co-founders Robin Tuluie, Jacomo Corbo, and Nicolas Haag. Their diverse backgrounds in high-performance industries, including Formula One racing, provided the foundation for developing AI applications that could revolutionize engineering practices. The founding team envisioned a company that could leverage cutting-edge technologies to address pressing challenges across multiple sectors.
PhysicsX specializes in deploying AI-powered simulations, which dramatically accelerate the design and testing phases of the engineering process. By replacing traditional numerical simulations with AI-driven models, the company enables faster and more accurate predictions of system behaviors, significantly reducing development timelines and costs.
In June 2025, PhysicsX announced the successful completion of a Series B funding round, securing €117.3 million. This funding will support the company's global expansion and further development of its AI-powered engineering platform. The investment underscores the confidence that major industry players have in PhysicsX's potential to reshape engineering landscapes.
PhysicsX’s technology is applicable across a wide range of industries, including aerospace, automotive, defense, materials science, and energy. By collaborating with key organizations in these fields, PhysicsX assists in overcoming engineering challenges, enhancing innovation, and optimizing performance.
In 2025, PhysicsX announced a strategic collaboration with Microsoft to advance engineering innovation through the Microsoft Discovery platform. This partnership represents a significant step in integrating AI capabilities across engineering processes, emphasizing the synergy between software and manufacturing technologies.
Among its notable innovations, PhysicsX developed the Large Geometry Model (LGM-Aero), designed for aerospace engineering. Trained on AWS cloud infrastructure, LGM-Aero uses over 25 million different shapes to reduce aircraft development time substantially, showcasing PhysicsX's ability to handle complex datasets with remarkable efficiency.
As of June 2025, PhysicsX boasts a valuation of approximately £67.7 million, reflecting its rapid growth and market penetration. The company’s continued expansion and breakthrough innovations signal a promising future in the rapidly evolving AI and engineering sectors.
PhysicsX is committed not only to enhancing industrial efficiency but also to contributing to sustainability goals. By optimizing resource use and reducing waste throughout engineering and manufacturing processes, the company's AI solutions play a crucial role in promoting environmentally responsible practices.
Since its inception, PhysicsX has faced and overcome numerous challenges, including building trust within traditional industries and refining its AI models for real-world applications. The company's persistence and innovative approach have positioned it as a leader in AI-driven engineering solutions.
Looking ahead, PhysicsX aims to expand its influence by offering even more sophisticated AI solutions that push the boundaries of what is possible in engineering and manufacturing. As technology continues to advance, PhysicsX is poised to be at the forefront of these developments, contributing to the next wave of industrial transformation.
PhysicsX exemplifies the potential of AI to revolutionize traditional engineering practices, offering tools that streamline processes, enhance efficiency, and foster innovation. Its successful integration of AI into multiple industries not only highlights the transformative power of technology but also presents a new paradigm for addressing complex engineering challenges. As PhysicsX continues to grow and innovate, it invites us to ponder what further advancements lie on the horizon and how they will shape our world.