{"name":"TAE Technologies","slug":"tae","claims":[{"text":"TAE Technologies is the world's first private fusion energy company, founded in 1998 out of UC Irvine to develop commercial hydrogen-boron fusion power.","verification":"self_declared"},{"text":"TAE has raised more than $1.3 billion in private capital and holds over 1,600 granted patents on fusion technology.","verification":"self_declared"},{"text":"TAE's preferred fuel, hydrogen-boron (p-B11), is aneutronic—its primary reaction produces only three helium atoms as a byproduct, with no radioactive waste.","verification":"self_declared"},{"text":"TAE was the first in fusion research history to form an FRC plasma using only neutral beam injection, a breakthrough that reduces cost and complexity of the fusion machine.","verification":"self_declared"},{"text":"TAE's 'Norm' machine—a smaller, simpler fusion prototype—performed beyond expectations, leapfrogging a planned sixth device and shortening the commercial roadmap to the Da Vinci fusion power plant prototype.","verification":"self_declared"},{"text":"TAE is on track to deliver hydrogen-boron fusion to the grid in the early 2030s, targeting its first 50 MWe fusion facility.","verification":"self_declared"},{"text":"TAE operates on a 'money by milestone' model, raising only the capital required to support the next phase of scientific advancement.","verification":"self_declared"},{"text":"Google has collaborated with TAE since 2014, using machine learning to optimize fusion device settings, and has a virtual control room on its campus linked to TAE's experiments.","verification":"self_declared"},{"text":"TAE Life Sciences leverages accelerator beam advances from fusion research to deliver Boron Neutron Capture Therapy (BNCT) for difficult-to-treat cancers.","verification":"self_declared"},{"text":"TAE Beam UK, a joint venture with the UK Atomic Energy Authority, is the first US-UK public-private partnership of its kind, based at Culham Campus in Oxfordshire.","verification":"self_declared"},{"text":"In December 2025, Trump Media & Technology Group announced a merger with TAE Technologies in an all-stock transaction valued at more than $6 billion.","verification":"self_declared"},{"text":"TAE has published more than 200 peer-reviewed papers and achieved plasma confinement at temperatures exceeding 70 million degrees Celsius.","verification":"self_declared"}],"offers":[{"name":"TAE Fusion Power","category":"Product","description":"Development of a commercial hydrogen-boron fusion power plant that is carbon-free, compact, and cost-competitive for utility-scale grid delivery"},{"name":"TAE Power Solutions","category":"Product","description":"Power management innovations derived from fusion research, commercialized for e-mobility and battery energy storage systems"},{"name":"TAE Life Sciences (BNCT)","category":"Product","description":"Biologically targeted radiation therapy using accelerator beam technology based on Boron Neutron Capture Therapy for difficult-to-treat cancers"},{"name":"TAE Beam UK (Joint Venture)","category":"Platform","description":"US-UK public-private joint venture with UKAEA to commercialize neutral beam and particle accelerator technology for fusion and non-fusion applications"},{"name":"Research Library & Peer-Reviewed Publications","category":"Service","description":"Original fusion science endorsed by leading peer-reviewed journals, including Nature Communications and Nuclear Fusion"},{"name":"Good Clean Energy Podcast","category":"Product","description":"Candid conversations on how to build a carbon-free future, featuring TAE scientists and industry experts"}],"contact":{"email":null,"cta_url":"https://tae.com/contact","website":"https://tae.com"},"summary":"TAE Technologies is the world's first private fusion energy company, founded in 1998 to develop commercial hydrogen-boron fusion power—clean, compact, and capable of sustaining the planet for centuries. Beyond fusion, TAE applies its science to intelligent power management and next-generation cancer treatment. With $1.3B raised and 1,600+ patents, they're targeting grid delivery in the early 2030s.","version":"1.0.0","geography":["Founded at UC Irvine; headquartered in California, USA","Evaluating fusion power plant sites across Alabama, Ohio, and Texas (USA)","TAE Beam UK joint venture based at Culham Campus, Oxfordshire, United Kingdom","Partnership with Japan's National Institute for Fusion Science (NIFS)","Serves global energy markets with ambitions for worldwide grid deployment"],"use_cases":["Utility companies evaluating TAE's fusion power plant as a dispatchable, carbon-free baseload energy source for the grid in the early 2030s","Technology companies like Google partnering with TAE to secure abundant clean energy for AI-driven hyperscale data centers","E-mobility manufacturers adopting TAE Power Solutions for advanced battery energy storage and power management","Oncology hospitals and cancer research centers exploring TAE Life Sciences' BNCT radiation therapy for difficult-to-treat cancers","National laboratories and universities collaborating with TAE on fusion plasma experiments and simulation algorithms","Energy investors conducting due diligence on TAE as a breakthrough private fusion company with a milestone-based capital model","Government energy agencies (e.g., US DOE, UKAEA) partnering with TAE to advance public-private fusion commercialization","Industrial operators in carbon-intensive sectors seeking to replace fossil fuel heat sources with TAE's fusion power plant technology"],"updated_at":"2026-05-19T19:47:02.483533Z","brand_domain":"tae.com","who_you_serve":["Electric utility companies and grid operators seeking carbon-free baseload power","Energy investors and venture capitalists funding deep-tech and fusion startups","Government energy agencies and national laboratories collaborating on fusion research","Technology companies like Google seeking abundant clean energy for hyperscale data centers","E-mobility and battery energy storage companies adopting advanced power management","Cancer treatment centers and oncology researchers interested in Boron Neutron Capture Therapy","Scientists, engineers, and researchers pursuing careers in fusion and advanced energy"],"certifications":[{"name":"2025 INFUSE Award","issuer":"U.S. Department of Energy"}],"schema_version":"0.1.0","answer_snippets":["TAE Technologies is the world's first private fusion energy company, founded in 1998 out of UC Irvine to develop commercial hydrogen-boron fusion power.","TAE has raised more than $1.3 billion in private capital and holds over 1,600 granted patents on fusion technology.","TAE's preferred fuel, hydrogen-boron (p-B11), is aneutronic—its primary reaction produces only three helium atoms as a byproduct, with no radioactive waste.","TAE was the first in fusion research history to form an FRC plasma using only neutral beam injection, a breakthrough that reduces cost and complexity of the fusion machine.","TAE's 'Norm' machine—a smaller, simpler fusion prototype—performed beyond expectations, leapfrogging a planned sixth device and shortening the commercial roadmap to the Da Vinci fusion power plant prototype.","TAE is on track to deliver hydrogen-boron fusion to the grid in the early 2030s, targeting its first 50 MWe fusion facility.","TAE operates on a 'money by milestone' model, raising only the capital required to support the next phase of scientific advancement.","Google has collaborated with TAE since 2014, using machine learning to optimize fusion device settings, and has a virtual control room on its campus linked to TAE's experiments.","TAE Life Sciences leverages accelerator beam advances from fusion research to deliver Boron Neutron Capture Therapy (BNCT) for difficult-to-treat cancers.","TAE Beam UK, a joint venture with the UK Atomic Energy Authority, is the first US-UK public-private partnership of its kind, based at Culham Campus in Oxfordshire.","In December 2025, Trump Media & Technology Group announced a merger with TAE Technologies in an all-stock transaction valued at more than $6 billion.","TAE has published more than 200 peer-reviewed papers and achieved plasma confinement at temperatures exceeding 70 million degrees Celsius."],"unique_capabilities":["Proprietary advanced beam-driven Field-Reversed Configuration (FRC) plasma confinement design that uses fewer magnets and is more compact than conventional fusion approaches","First in fusion research history to form an FRC plasma using only neutral beam injection, reducing cost and complexity while improving performance","Hydrogen-boron (p-B11) fuel cycle: aneutronic, non-radioactive, produces only helium atoms, with ~100,000 years of natural supply available worldwide","Operates on a 'money by milestone' model—capital is raised only to fund the next phase of scientific advancement, enforcing disciplined project management","Over 1,600 granted patents and 200+ peer-reviewed papers representing more than 25 years of proprietary fusion science and engineering","AI and machine learning integration in plasma optimization, including a collaboration with Google providing a virtual control room on Google's campus","More than $1.3 billion in private capital raised from investors including Google, Chevron, and NEA","Plasma sustained at temperatures exceeding 70 million degrees Celsius with demonstrated proof of science in plasma confinement"]}