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Decentralizing the Sun for Smart Energy on Earth
Harnessing Fusion that Powers Our Sun and Stars to Provide Cleaner, Safer, and Smarter Energy
Albert Einstein's celebrated equation E=mc2 shows that fusing two light nuclei into a heavier nucleus converts mass into energy.
Fusion is:
Efficient because it may generate nearly four million times more energy than burning coal, oil, or gas.
Safe because it produces no radioactive nuclear waste with no risk of nuclear meltdowns.
Abundant because its fuels are simple elements that don't raise proliferation concern.
Fusion is Smart Energy.
How We Are Different
Our Proprietary Innovation
Electron Catalyzed Fusion ECF™
FusioNow™
for a Game-Changing Future
For the past 60 years, other researchers made little progress in trying to achieve fusion by a very 'brute force' approach: heating plasma to 10x hotter than the Sun's core.
Our breakthrough proprietary technology - Electron Catalyzed Fusion™ theoretically achieves fusion at temperatures lower than the Sun by using negatively charged electrons to catalyze fusion. ECF™ theoretically achieves fusion at much lower temperatures and under safer conditions than conventional thermonuclear systems.
Our breakthrough technology Electron Catalyzed Fusion ECF™ enables cleaner, safer, abundant, and smarter energy to power our present and collective future.
Unlocking the potential of fusion power helps realize beneficial projects (such as desalination and terra-forming for our inter planetary future) that are now simply too energy-intensive.
FusioNow™
The Power of Out Sun in Your Hands
An Infinity On a Tabletop
Alpha Ring uses widely available hydrogen and boron (P-B) as fuel to produce aneutronic fusion reaction.
An aneutronic fusion reaction minimizes the dangerous by-product normally associated with nuclear fusion.
Because the key by-product from P-B fusion is Helium, the detection of Helium shoes that fusion has occured.
Independent laboratories NTU (National Taiwan University) and U.S. EAG Laboratories have detected Helium gas output from reactor systems as well as reactor wall material.
