VEGA experiments: Difference between revisions
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VEGA experiments are a group of LENR-related experimental observations involving hydrogen, low-pressure air, electrodes, tungsten, fused quartz or glass sheaths, and high-speed imaging. | |||
VEGA experiments are a group of LENR-related experimental observations | |||
==Overview== | ==Overview== | ||
VEGA-related reports describe observations such as ball-lightning breakup, coherent matter traveling waves, toroidal or fractal substructures, and marks or structures on materials such as tungsten and fused quartz. These observations are associated with Bob Greenyer, Henk Jurrien, David Boutilier, and related experimental commentary. | |||
The claims are interpretive and should be read as part of the LENR research record rather than as settled mainstream conclusions. | The claims are interpretive and should be read as part of the LENR research record rather than as settled mainstream conclusions. | ||
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* [[Winston Bostick]] | * [[Winston Bostick]] | ||
==Source | ==Source== | ||
* | * https://www.youtube.com/watch?v=gW0JPZedjXM | ||
Latest revision as of 05:23, 2 June 2026
VEGA experiments are a group of LENR-related experimental observations involving hydrogen, low-pressure air, electrodes, tungsten, fused quartz or glass sheaths, and high-speed imaging.
Overview
VEGA-related reports describe observations such as ball-lightning breakup, coherent matter traveling waves, toroidal or fractal substructures, and marks or structures on materials such as tungsten and fused quartz. These observations are associated with Bob Greenyer, Henk Jurrien, David Boutilier, and related experimental commentary.
The claims are interpretive and should be read as part of the LENR research record rather than as settled mainstream conclusions.
