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Two people working on a prototype fusion reactor

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Behind the science
Meet the team
Purple light glows through a window looking into a stainless steel chamber
Behind the science
Here’s what happens inside a Zap fusion core
August 21, 2023
A scientist named Iman Datta stands before a Zap Energy fusion device.
Meet the team
Modeling the way
June 12, 2023
A graphic showing a bar chart of triple product measurements (density, temperature and time) sits to the left of a conceptual Zap Energy fusion device.
Behind the science
Hot enough, dense enough, for long enough: Fusion's triple product
May 30, 2023
Zap Energy's fusion device generates a ring of purple-colored plasma that expands as it moves from the top of the computer-generated picture to the bottom.
Behind the science
A ‘moving stream’: Zap Energy’s novel approach to stabilizing fusion
May 8, 2023
A scientist to the right of a Zap Energy fusion device adjusts measuring devices known as scintillators that measure neutrons.
Meet the team
Tracking neutrons
April 26, 2023
Bright colored wisps of blue and pink showcase a world at the atomic level, at the center of which are circles representing nuclei that are fusing.
Behind the science
The Z-pinch approach to fusion
March 22, 2023
An engineer holds an ingot of solidified liquid bismuth in his hands, before a backdrop of equipment designed to convey electrified liquid metals.
Meet the team
The metallurgist developing Zap's molten metal walls
March 22, 2023
A graphic illustration shows a brownish-red rod being compressed to reveal fissures within it, with circular blue lines surrounding the rod as a way to show the inwardly-pinching electromagnetism.
Behind the science
A history of the Z pinch: Magnetic compression without magnets
March 22, 2023
ZAP ENERGY
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Fusion power. No magnets required.
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