Introducing Proxima Fusion Proxima Fusion 2025-06-11 | Proxima Fusion, Europe's fastest-growing fusion company, spun out from the Max Planck Institute for Plasma Physics in 2023 and has since raised €185M in public and private funding to build the first generation of fusion power plants using QI-HTS stellarators – the clearest, most robust path to commercial fusion energy.Learn more: http://proximafusion.comFollow Proxima on LinkedIn: linkedin.com/company/proximafusionFollow Proxima on Instagram: http://instagram.com/proximafusion.com
Meet the Proxima Fusion Team Proxima Fusion 2025-09-08 | Proxima just hit a major milestone: 100 mission-driven team members working together to make commercial fusion energy a reality. Here's a glimpse into life at Proxima.Join the team: http://proximafusion.com/careersFollow Proxima on LinkedIn: linkedin.com/company/proximafusionFollow Proxima on Instagram: http://instagram.com/proximafusion
How Proxima is Manufacturing Fusion Power at Scale in Europe Proxima Fusion 2025-07-10 | Europe’s strong industrial base and manufacturing supply chain is one of its biggest advantages in the global race to commercial fusion, and Proxima Fusion putting it to work to scale and accelerate progress toward the world's first stellarator fusion power plant.Learn more: http://proximafusion.comFollow Proxima on LinkedIn: linkedin.com/company/proximafusionFollow Proxima on Instagram: http://instagram.com/proximafusionAbout Proxima:Proxima Fusion, Europe's fastest-growing fusion company, spun out from the Max Planck Institute for Plasma Physics in 2023 and has since raised €185M in public and private funding to build the first generation of fusion power plants using QI-HTS stellarators – the clearest, most robust path to commercial fusion energy.
Proxima Fusion Stellarator HTS Magnet Progress Update (June 2025) Proxima Fusion 2025-06-11 | Proxima Fusion has raised more than €185 million in total funding to build the world’s first stellarator fusion power plant – and that starts with completing the Stellarator Model Coil (SMC) by 2027 to de-risk high-temperature superconducting (HTS) magnet technology for stellarators. Here's a look inside the Magnet Lab at the Paul Scherrer Institute (PSI) in Switzerland, where we're ramping up magnet prototyping.Read about Proxima's €130M Series A financing round: http://proximafusion.com/press-news/proxima-fusion-raises-eu130m-series-a-to-build-worlds-first-stellarator-based-fusion-power-plant-in-the-2030s Follow Proxima on LinkedIn: linkedin.com/company/proximafusionFollow Proxima on Instagram: http://instagram.com/proximafusionLearn more about Proxima: http://proximafusion.comProxima Fusion spun out of the Max Planck Institute for Plasma Physics (IPP) in 2023 to build fusion power plants using QI-HTS stellarators. Proxima has since assembled a world-class team of engineers, scientists and operators from leading companies and institutions, such as the IPP, MIT, Harvard, SpaceX, Tesla, and McLaren. By taking a simulation-driven approach to engineering that leverages advanced computing and high-temperature superconductors to build on the groundbreaking results of the IPP’s W7-X stellarator, Proxima is leading Europe into a new era of clean energy, for good.
Proxima Fusion Presents Stellaris Proxima Fusion 2025-02-26 | More about Stellaris, Proxima's first-of-a-kind stellarator fusion power plant concept: proximafusion.com/press-news/proxima-fusion-and-partners-publish-stellaris-fusion-power-plant-concept-to-bring-limitless-safe-clean-energy-to-the-gridInteractive online visualizer: showcase.proximafusion.com/stellarisAnnouncement video: youtube.com/watch?v=fo8Zj_gYTUgFollow Proxima on LinkedIn: linkedin.com/company/proximafusionFollow Proxima on Instagram: http://instagram.com/proximafusion Proxima Fusion spun out of the Max Planck Institute for Plasma Physics (IPP) in 2023 to build the first generation of fusion power plants using QI-HTS stellarators. Proxima has since assembled a world-class team of scientists and engineers from leading companies and institutions including the IPP, MIT, Harvard, SpaceX, Tesla, and McLaren. By taking a simulation-driven approach to engineering that leverages advanced computing and high-temperature superconductors to build on the groundbreaking results of the IPP’s W7-X experiment, Proxima is leading Europe into a new era of clean energy, for good.
Proxima Fusion Announces Stellaris Fusion Power Plant Design Proxima Fusion 2025-02-26 | More about Stellaris: http://proximafusion.com/press-news/proxima-fusion-and-partners-publish-stellaris-fusion-power-plant-concept-to-bring-limitless-safe-clean-energy-to-the-gridInteractive online visualizer: showcase.proximafusion.com/stellarisFull-length video animation: youtube.com/watch?v=V-ESoPOy-TIFollow Proxima on LinkedIn: linkedin.com/company/proximafusionFollow Proxima on Instagram: http://instagram.com/proximafusion Proxima Fusion spun out of the Max Planck Institute for Plasma Physics (IPP) in 2023 to build the first generation of fusion power plants using QI-HTS stellarators. Proxima has since assembled a world-class team of scientists and engineers from leading companies and institutions including the IPP, MIT, Harvard, SpaceX, Tesla, and McLaren. By taking a simulation-driven approach to engineering that leverages advanced computing and high-temperature superconductors to build on the groundbreaking results of the IPP’s W7-X experiment, Proxima is leading Europe into a new era of clean energy, for good.
