We’re advancing commercial fusion while applying fusion-born technology to power management and life sciences businesses. Explore the broader technology platform: tae.com/ tae.com/tae-disclaimers/

We combine AI, machine learning and data from 100,000+ experiments to optimize operations and inform our next stage of fusion development. Learn more: tae.com/

TAE chose a harder scientific path for a practical reason: the end product matters. Hydrogen-boron fusion demands more challenging operating conditions, but we believe its availability as a fuel and safety characteristics can support a more practical commercial-scale fusion power plant. Learn more: tae.com/ tae.com/tae-disclaimers/

Fusion was a bright spot at Japan's Smart Energy week with a Fusion Power World special exhibition.⚡ TAE VP of Corporate Technical Initiatives and Strategic Collaborations Hiroshi Gota delivered an invited talk on TAE’s progress, our global supply chain development, and US-Japan partnerships. Thank you to all who joined us to make this a memorable event!

TAE is applying fusion-derived technologies to power management and cancer therapy. Commercializing them can help build the industrial foundation commercial fusion systems will need. Learn more: tae.com/ tae.com/tae-disclaimers/

Today's S-4 filing advances the proposed merger between TAE Technologies and Trump Media & Technology Group, supporting TAE's continued progress toward commercialization across fusion, power solutions and life sciences. tae.com/trump-media-technolo… tae.com/disclaimer/

For the past four years, our team worked with the open source code WarpX to develop a whole device model of our fusion machine, Norm. That simulation is now more detailed than ever – and new research published in the journal Nuclear Fusion validates its accuracy: doi.org/10.1088/1741-4326/ae…

U.S. law established a distinct regulatory framework for fusion energy. Our CEO Michl Binderbauer explains why that clarity matters for commercialization. Learn more: veriten.com/stream/cobt-336/

Fusion requires science, engineering, machine learning, controls and fabrication to work as one system. Our ability to integrate complex technologies is central to our path toward our first commercial-scale fusion power plant. Learn more: tae.com/ tae.com/tae-disclaimers/

As we build the energy of tomorrow, we’re investing in the bright minds that will use it today. Our employee-led STEM Outreach program partners with local schools to spark students’ interest in science, tech, engineering and math, highlighting the potential for a career in fusion energy. 📚 💡Join us in championing the next generation of innovators: Explore open roles at TAE.com/careers.

TAE’s fusion experiments require intense bursts of electricity. Solving how to store and deliver that power helped create a technology platform with applications beyond fusion power generation. Learn more: tae.com/

We’re pleased to welcome Darrell Taylor to TAE Technologies as General Counsel. “TAE has a clear path toward commercial fusion power,” he said. “I’m excited to bring my experience to TAE as we advance toward commercialization and prepare for the company’s next stage of growth.”

Patents tell part of TAE’s fusion story. Experience tells the rest. Over nearly 30 years, TAE has built a portfolio of 1,600 patents globally – producing intellectual property and engineering experience that’s led to technologies with applications beyond fusion power generation. Learn more about TAE: tae.com/

The path to fusion has created technologies with applications beyond the fusion machine. Our businesses are pursuing commercial markets today. Explore the broader technology platform: tae.com/ tae.com/tae-disclaimers/

Now boarding: TAE is headed to Japan ✈️ Join us September 9–11 in Tokyo for Fusion Power World at Smart Energy Week, the largest exhibition of renewable and clean energy technologies: wsew.jp/hub/en-gb/about/fusi… You’ll find TAE at booth FP13 – and on September 11, hear from VP Hiroshi Gota on fusion’s development into an industrial reality, including TAE's progress, supply chain development and US-Japan cooperation.

Science, technology, capital and rising power demand are converging at a consequential moment for fusion. Learn why this moment is different. tae.com/ Click here for important information about forward-looking statements and other disclosures: tae.com/tae-disclaimers/

Trailblazing physicist and TAE co-founder Dr. Norman Rostoker had a vision for clean, safe, and sustainable commercial fusion power ⚡ This year, on what would have been Rostoker’s 101st birthday, the TAE team gathered to celebrate his impact – and his love for ping pong! – as we turn his vision into reality with Da Vinci, our first commercial-scale fusion power plant. 👉 Want to join our mission (and maybe the next ping pong tournament 🏓)? Explore opportunities at TAE.com/careers

TAE’s current fusion machine has completed 100,000+ experiments and runs about 50 more each day. AI helps turn that operating data into faster learning. Learn more: tae.com/

TAE’s first commercial-scale fusion power plant, Da Vinci, has its key designs done, with siting work underway and plans to begin construction later this year. We currently aim to begin producing fusion power around 2031. Learn more: tae.com/ tae.com/tae-disclaimers/

One advantage of TAE's fusion approach? Fuel flexibility. Today's strategic helium-3 agreement helps preserve future fuel options while strengthening the commercial ecosystem behind Da Vinci. tae.com/tae-technologies-and… tae.com/disclaimer/