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Basically the sun in a box. To talk about what this may mean in the long term implications I’m joined by Michael — CEO of T 80 technologies, the private fusion energy company. Michael, great to have you on the show. You have the tough job here of explaining this to our audience. In layman’s terms, explain exactly what’s being achieved here?
Nuclear fusion is the reaction that powers stars and scientists say replicating it on Earth could produce all the energy we’ll ever need without the CO2.
Growing investment and collaboration are making nuclear fusion more viable than ever.
Ahead of the cold winter weather, there is a rush on heating fuel in Ireland, where people are stockpiling turf logs — a uniquely Irish fuel that is made from dried-out bricks of peat cut from the country’s once extensive boglands.
Nuclear fusion is the primordial source of the sun’s energy. For decades, scientists have been trying to re-create it on Earth. Now they’re closer than ever to achieving it—and to unlocking a future of clean power for all.
As fusion developers around the world race to commercialize fusion energy, TAE Technologies has pioneered the pursuit of the cleanest and most economical path to providing electricity with hydrogen-boron (also known as p-B11 or p11B), an abundant, environmentally sound fuel. Today the company is announcing, in collaboration with Japan’s National Institute for Fusion Science (NIFS), a noteworthy research advancement: the first-ever hydrogen-boron fusion experiments in a magnetically confined fusion plasma.
TAE Technologies, the world’s largest private fusion energy company, today announces the formation of TAE Power Solutions, a new subsidiary. TAE Power Solutions intends to deliver a first-of-its-kind technology to fundamentally improve the reliability, efficiency, longevity, and affordability of electric-powered products, from vehicles to renewable energy storage.
Today we congratulate our colleagues at the Lawrence Livermore National Laboratory, many of whom we’ve known and worked alongside for decades in the pursuit of fusion.
The scientific break-even advancement represents a theory made reality. Fusion has long been dubbed the “holy grail” of clean energy and this advance brings us one step closer to true viability. Today’s net energy milestone validates a major breakthrough for the entire global field of fusion.
TAE Technologies, a private company founded to commercialize fusion energy with the cleanest environmental profile, has been awarded a highly competitive California Competes Grant by Governor Gavin Newsom’s Office of Business and Economic Development (GO-Biz).
The $17.4 million grant will directly support job creation in fusion development, as well as TAE’s rapidly expanding power management business.
Goldman Sachs selected Binderbauer from multiple industries to be honored at the two-day event.
TAE was founded to commercialize a completely safe, sustainable, non-radioactive source of carbon-free energy, capable of meeting humanity’s growing energy needs without impacting the environment.
TAE VPs of R&D, Mike Meekins and Rich Magee, led a tour of our facilities, including a closer look at our TAE Beams lab and our fifth-generation National Laboratory-scale fusion research machine. They were joined by HM Consul General Paul Rennie OBE; UKAEA Deputy CEO Tim Bestwick; UKAEA Head of Business Development Rajeev Deshprabhu; UK DESNZ Head of International Fusion Christopher Russo; UK DESNZ Fusion Energy Sector and Investment Lead James Jopling; UK DBT Senior Sector Manager Sabiha Padhani; and UK DBT Trade and Investment Officer Ari Wigder.
What compels someone to embark on the unknown? To stand on the precipice of that which has never been done before — that which some would say couldn’t be achieved? At TAE, we’re compelled by the possibility of delivering a carbon-free power source that would revolutionize energy access around the world. We have a vision for a future with safe, abundant, hydrogen-boron fusion, and we’re daring to climb this clean energy Everest to create a better tomorrow. Reaching the summit will be a challenge of perseverance, vision and determination, but at TAE we believe a goal is only impossible until it’s accomplished.
TAE Poster Series: Power Possibilities
‘Tis the season and we got you a little gift …
A new, printable edition of our “Nature Serving Nature” poster is now available for download!
TAE’s poster series is all about exploring what could be achieved with abundant, inexpensive, and nearly limitless aneutronic fusion energy. From protecting our environment to preserving the pristine snow on our mountains, TAE’s mission is to build a greener tomorrow powered by the cleanest fusion technology.
Our preferred fuel choice, hydrogen-boron, is a sustainable option that’s derived from the world around us – offering a path to abundant, carbon-free power that can preserve the natural world
Our latest ‘Fusion Future’ poster has landed!
This edition captures our vision of how abundant, carbon-free fusion power could fuel a greener economy. With advancements in hydrogen-boron fusion, we’re not just creating clean energy; we’re paving the way for thriving supply chains, high-quality jobs, and an entirely new approach to driving global industries.
This week, TAE had the pleasure of joining the International Atomic Energy Agency (IAEA) for its inaugural World Fusion Energy Group meeting in Rome.
The WFEG is a global community of world leaders and private stakeholders working to accelerate the development and deployment of commercial #fusion power. This week’s event, attended by TAE Board Member Marco Arese and Elisabeth Siegel from our Policy & Global Affairs team, included dozens of countries that shared statements about their intent to support fusion energy research and commercialization.
TAE’s approach was a highlight of the meeting, as both UK Director General Lee McDonough with the Department for Energy Security and Net Zero, as well as Francesco Corvaro, the Italian Special Envoy for Climate, noted our progress toward commercial hydrogen-boron fusion power and the game-changing applications of our fusion research.