Alpha Ring unveils table-top fusion research tools

Thursday, 1 May 2025

Alpha Ring unveils table-top fusion research tools
The signing ceremony for the MoUs, with Prince Albert II, standing, centre (Image: Axel Bastello/Palais Princier)

Two Alpha-E fusion devices, in Taiwan and California, were remotely operated from the event in Monaco. The company says this demonstrated how “researchers and students worldwide will be able to conduct live fusion experiments via a secure, cloud-based infrastructure, eliminating traditional barriers of geography, regulation, and cost”.

The devices provided under the MoU will all be connected to the company’s Fusion AI Data Center “creating a distributed, collaborative network for experimental fusion research. It will enable students a hands-on platform to undertake and witness real life fusion, bringing this opportunity out of the lab and into educational establishments worldwide”.

Peter Liu, Alpha Ring CEO, said: “Through global collaboration, investment in talent, and commercially investable technology, we can chart a path to limitless clean energy.”

Prince Albert II of Monaco, whose foundation co-organised the forum with Alpha Ring, said: “It is essential to do everything in our power to accelerate its development, to expand the scientific capabilities, mobilise minds – not only those of engineers but also of industry leaders and public authorities.”

The organisations with representatives signing the MoU were: Macau University of Science and Technology; National Cheng Kung University, Taiwan; Brazil’s Nuclear Energy Research Institute (IPEN); Purdue University, USA; Ricerca sul Sistema Energetico, RSE SpA, Italy; University of California, Berkeley, USA; University of Montenegro and the UK’s University of Oxford.

Alpha Ring, which is headquartered in California, with labs in both the USA and Taiwan, says its Alpha-E, previously called the ION Beam System, “will revolutionise how the next generation will learn about nuclear fusion”. It stresses that the Alpha-E is not designed for energy production, but is a means to study the science of nuclear fusion and “is capable of producing all relevant fusion reactions, such as Deuterium-Deuterium, Deuterium-Tritium, and proton-Boron”.

   

  • Related Posts

    Westinghouse invests USD1 billion in US LEU+ fuel plant

    Westinghouse Electric Company says it aims to begin operations in 2030. LEU+ fuel has a higher level of uranium enrichment than the low-enriched uranium (LEU) fuel currently used in most…

    The Nuclear Company proposes 6.6 GW Kentucky project

    Nuclear project development and delivery company The Nuclear Company will partner with landowner Sam Howard, founder of Trace Creek Construction, and community leaders in Lewis County to advance the proposed…

    Have You Seen?

    Credibility and capital key to scaling-up new helium production

    • October 21, 2026
    Credibility and capital key to scaling-up new helium production

    Russia to Send First Diesel Tanker to U.S. on Thursday

    • October 21, 2026
    Russia to Send First Diesel Tanker to U.S. on Thursday

    Higher Oil Availability Pressures Middle East Crude Benchmarks

    • October 21, 2026
    Higher Oil Availability Pressures Middle East Crude Benchmarks

    Agency Says India Coal-Fired Units Running Critically Low on Fuel as Power Demand Soars

    • October 21, 2026
    Agency Says India Coal-Fired Units Running Critically Low on Fuel as Power Demand Soars

    Set it and forget it: Automated electrolyte management in trace oxygen analysis

    • October 21, 2026
    Set it and forget it: Automated electrolyte management in trace oxygen analysis

    Semiconductor helium demand to reach 2.2 Bcf by 2028

    • October 21, 2026
    Semiconductor helium demand to reach 2.2 Bcf by 2028

    UK Approves Jackdaw Gas Field as Energy Crisis Deepens

    • October 21, 2026
    UK Approves Jackdaw Gas Field as Energy Crisis Deepens

    Morgan Stanley: Global Fuel Market Will Stay Tight Through Mid-2027

    • October 21, 2026
    Morgan Stanley: Global Fuel Market Will Stay Tight Through Mid-2027

    Japan’s Trade Deficit Doubles as Hormuz Crisis Hikes Energy Import Costs

    • October 21, 2026
    Japan’s Trade Deficit Doubles as Hormuz Crisis Hikes Energy Import Costs

    Conversion costs outweigh hydrogen shipping costs: Wood

    • October 21, 2026
    Conversion costs outweigh hydrogen shipping costs: Wood