Fusion power. No magnets required.
Popular
What we do
Zap Energy is building a seriously cheap, compact, scalable fusion reactor with the potential for a much faster path to commercially viable fusion, without using magnets.
Company's story
Our Specialty
HOW IT WORKS
Sheared-flow-stabilized Z-pinch fusion doesn’t require magnets, cryogenics or high-powered lasers.
Zap Energy’s approach permits rapid device iteration. That difference will ensure fusion energy gets to market on a timescale that matters.
Sheared-flow-stabilized Z-pinch fusion doesn’t require magnets, cryogenics or high-powered lasers.
Zap Energy’s approach permits rapid device iteration. That difference will ensure fusion energy gets to market on a timescale that matters.
Our story
We are committed to publishing high quality new work that makes a significant contribution in our field.
ABOUT
Fusion power. No magnets required.
Zap Energy is building a seriously cheap, compact, scalable fusion core with potentially the shortest path to commercially viable fusion and orders of magnitude less capital than traditional approaches.
The breakthrough technology confines and compresses plasma without costly and complex magnetic coils.
ABOUT
Fusion power. No magnets required.
Zap Energy is building a seriously cheap, compact, scalable fusion core with potentially the shortest path to commercially viable fusion and orders of magnitude less capital than traditional approaches.
The breakthrough technology confines and compresses plasma without costly and complex magnetic coils.
General Information
Gallery