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We’re excited to announce a new partnership with the United Kingdom and its national fusion lab, @UKAEAofficial, to commercialize our world-leading particle accelerator technology for the global market:

At the center of this partnership is TAE Beam UK, a joint venture to design, develop and ultimately manufacture and service neutral beams for fusion. TAE Beam UK – the first US-UK public-private partnership of its kind – will also develop accelerator technology for state-of-the-art cancer therapeutics, food safety, homeland security and more.����

With investment from the UKAEA, this new entity will operate out of the lab’s Culham Campus in Oxfordshire, UK, expanding TAE’s presence in the region and establishing a global hub for this vital fusion technology.��

TAE continues to redefine FRC fusion with our advanced neutral beam technology.

Our particle accelerators have already achieved a scientific breakthrough this year with our machine’s ability to form, heat and stabilize an FRC plasma using only neutral beam injection – a first in fusion. 

Now, our team has optimized this technology even more to tackle two of the biggest hurdles for an FRC machine: plasma stability at fusion-relevant temperatures. 

New research published in Nuclear Fusion from the TAE team, led by James Titus, details how we’ve increased beam current drive and implemented fast modulation of beam energy – enhancements that improve our plasma performance as we scale toward the cleanest, safest commercial fusion power.

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– See more of our recent work: ��

Congratulations to Senior Scientist Roelof Groenewald, Science Fellow Dan Barnes and the rest of the TAE team on winning a !

This @U.S. Department of Energy research grant will support TAE’s work with a new algorithm that can perform higher fidelity simulations of plasma behavior — capturing crucial, previously unseen details that will advance our development of a cost-effective fusion machine.

The algorithm is an upgraded Darwin model, enhanced by TAE Science Fellow Dan Barnes to run faster and in 3D. TAE will partner with @Lawrence Berkeley National Laboratory to implement this new approach into the open-source code, WarpX, and use it to simulate plasma performance in our current machine.

As a company founded out of @UC Irvine, we’re proud to continue our tradition of intentional public-private partnership to deliver the cleanest and safest commercial fusion power. Thank you to the DOE for investing in the future of fusion, and thank you to our LBNL colleagues for their collaboration!

Want to learn more about TAE’s advanced simulations? Add these “Good Clean Energy” episodes to your podcast playlist:

– How digital simulations lead to real-world fusion, with TAE’s Director of Computational Science Sean Dettrick

– Proving FRC fusion stability at scale, with Senior Scientist Roelof Groenewald

TAE Senior Scientist Roelof Groenewald talks with “Good Clean Energy” as his team’s new research upends one of the biggest FRC myths in fusion science. Listen here.��

Looking for more? Chief Growth Officer and “Good Clean Energy” host Jim McNiel explores what this research reveals about persistence on the path to commercial fusion power:

Commercial fusion demands persistence, and the right partners. We’re proud to say we have both as Google renews its commitment to TAE.

For more than 10 years, Google and TAE have worked together to advance fusion science with cutting-edge machine learning.

The collaboration has been instrumental to our scientific progress, including our most recent breakthrough: A simplified, first-of-its-kind fusion machine called “Norm” that reduces the complexity and cost of a future fusion power plant.

We’re building fusion that’s safe, practical and engineered to scale for the world’s energy demands. With partners like Google, we’re getting there faster.

/tae-technologies-raises-150-million-in-latest-funding-round