To maximize the potential of our researchers and maintain the fastest pace of advancement, we’ve strategically integrated cloud solutions into our R&D process. This approach has allowed us to overcome the immense computational challenges of developing the Helical Stellarator—a fusion reactor offering unparalleled plasma stability and easier maintenance, yet demanding highly intricate 3D simulations. Our work was covered and published as a model case study by Amazon Web Services.
Here’s what we’ve achieved recently:
Neutron Simulations led by Chief Researcher Makoto Nakamura
Once taking about 24 hours on traditional machines, critical calculations for fusion plant design and safety can now be completed in just 3 hours. This efficiency empowers our team to test different conditions frequently and refine results faster.
Gyrotron Analysis led by Chief Researcher Kenichi Kaneta
For high-frequency electromagnetic analyses essential to plasma heating, processes that once required 8 hours now take as little as 30 minutes. This dramatic speed-up has streamlined workflows and reduced the need for repeated physical testing and adjustments, saving time and resources.
Without large-scale on-premises infrastructure, we remain agile, enabling rapid adoption of cutting-edge technologies that keep us at the forefront of fusion energy development.
As a three-year-old startup standing on the shoulders of over 70 years of Japanese fusion research, Helical Fusion is committed to bringing fusion energy—the ultimate power source for humanity—into reality, as quickly as possible.
We’ll continue to push boundaries, harnessing technology to accelerate progress and unlock the future of sustainable energy.
Read more on AWS (Only in Japanese)
