The world is experiencing a technological revolution, with artificial intelligence changing the game across industries. As the demand for clean, efficient energy to power the AI boom rises, Alpha Ring — a pioneer in micro-fusion technology — is building a model focused on developing talent, creating innovative products, and helping cement Taiwan’s place in the global fusion ecosystem.

The company’s core technology is Hydrogen-Boron (p-11B) aneutronic fusion, a sustainable alternative to the traditional Deuterium-Tritium approach. While this technology requires extremely high temperatures, it is extremely safe and produces no nuclear waste. And as a hub of research and development in Asia, Taiwan has the potential to lead in the development of p-11B.

“From an R&D perspective, Taiwan is still catching up in the fusion space, but that’s not necessarily a bad thing. Its efforts are developing, they’re progressing, and Taiwan is doing a lot for the world in general,” says Charles Gary, CEO of Alpha Ring US. “This progress is critical as the technology transitions from pure research to reality.”

For a long time, commercially viable nuclear fusion technology was only talked about in theory. Now, it has become part of a global strategy. A key example is the International Thermonuclear Experimental Reactor, also known as ITER, a collaboration between 35 countries — including the European Union — to demonstrate fusion’s potential as a large-scale, carbon-free energy source.

“If Taiwan wants to find its niche within the eventual fusion industry, it should start preparing now,” says Gary.

He says that preparation starts with education. Alpha-E, one of the company’s three fusion models, designs curricula and programs to help students gain hands-on experience and ensure quality from the moment they step inside the classroom. This emphasis on talent and training, Gary says, is what lays the foundation for an industry. 

“You can have a great technology, but if you don’t have talent, you’re not going to adapt over time and advance with that tech, which changes every day,” he says.

To do that, Alpha Ring is cooperating with institutions like National Yang Ming Chiao Tung University and National Tsing Hua University to bolster research. The company hopes to replicate the successful collaboration between technical schools and the semiconductor industry to develop its fusion technology. These relationships help advance commercialization efforts and allow Alpha Ring to understand existing needs they can fill.

“Education is not just a few geniuses at a university doing their top research,” Gary says. “It’s top to bottom. You need technicians, people need hands-on experience and access to equipment. That’s the first step, and that’s where Taiwan should start.”

Beyond its talent development work, Alpha Ring is also positioning itself within the global supply chain. In Taiwan, it is working to create a vertically integrated supply chain ecosystem for fusion technology, learning from the experience of the island’s vaunted semiconductor industry. 

This three-pronged approach of R&D, education, and supply chain development represents the company’s roadmap for the fusion industry. But even before fusion power plants become a common sight in industrialized countries, Gary says it’s important to demonstrate the technology’s value across different sectors. He notes that doing so builds confidence and demonstrates that what the company is working with is real and applicable.

Gary points to Alpha-M, a compact boron neutron capture therapy (BNCT) system that can eliminate cancer cells without damaging healthy tissue. He says that its smaller size and lower cost will make the life-saving medical technology more accessible to patients.

“To date, BNCT has been focused on treating cancers that have not been cured by any other means,” he says. “It’s also really hard to do research on it because of the high cost. Our pitch is to come in with less expensive sources and enable researchers in this field.”

Healthcare is just one area Alpha Ring has set its sights on for the future of fusion. It next plans to build an internationally competitive Super Fusion Lab in Taiwan, aimed at developing the technology and providing a space for collaboration among emerging fusion hubs across Asia and the rest of the world.