Founded in Wellington, New Zealand - OpenStar has assembled a team of the world's best and brightest to revive the levitated dipole concept. Having achieved first plasma in just two years on a tight budget, the team is eager to push fusion technology forward.
Co-inventor of our key enabling technologies, Ratu founded OpenStar with a singular vision: the levitated dipole will define the future of fusion. His rare blend of physics and economics means he builds companies that win on both sides of the equation.
Co-inventor of our key enabling technologies, Ratu founded OpenStar with a singular vision: the levitated dipole will define the future of fusion. His rare blend of physics and economics means he builds companies that win on both sides of the equation.
Thomas co-founded OpenStar out of the Robinson Research Institute with the belief that fusion energy could be built faster and cheaper than anyone thought possible. He built the plasma physics team that proved it, and now leads product development and strategic partnerships as OpenStar moves toward commercial fusion.
Thomas co-founded OpenStar out of the Robinson Research Institute with the belief that fusion energy could be built faster and cheaper than anyone thought possible. He built the plasma physics team that proved it, and now leads product development and strategic partnerships as OpenStar moves toward commercial fusion.
The world leader in levitated dipole research, Darren led the LDX at MIT - the most significant source of real-world knowledge on levitated dipoles until now. He joined OpenStar in 2023 after serving as a lead physicist at SPARC, where he co-invented their runaway electron mitigation coil. An exited founder of Cambridge Physics Outlet, Darren holds a PhD from MIT, is the author of over 200 publications, and is a preeminent voice in the fusion community.
The world leader in levitated dipole research, Darren led the LDX at MIT - the most significant source of real-world knowledge on levitated dipoles until now. He joined OpenStar in 2023 after serving as a lead physicist at SPARC, where he co-invented their runaway electron mitigation coil. An exited founder of Cambridge Physics Outlet, Darren holds a PhD from MIT, is the author of over 200 publications, and is a preeminent voice in the fusion community.
A Fellow of the Royal Society New Zealand Te Apārangi, Professor Badcock has over 30 years of applied R&D experience, and is a globally recognised expert in superconducting systems and electric machines. As Chief Engineer (Machines) and Professor at the Robinson Research Institute, he has led pioneering work in high-temperature superconducting dynamos, propulsion systems, and compact fusion applications.
A Fellow of the Royal Society New Zealand Te Apārangi, Professor Badcock has over 30 years of applied R&D experience, and is a globally recognised expert in superconducting systems and electric machines. As Chief Engineer (Machines) and Professor at the Robinson Research Institute, he has led pioneering work in high-temperature superconducting dynamos, propulsion systems, and compact fusion applications.
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