Plasma vortex: Difference between revisions

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==LENR context==
==LENR context==


This topic appears in 2 currently indexed observations connected to LENR-related experiments, devices, materials, or theoretical interpretations.
Vortex behavior appears in discussions of plasmatrons, GEET-style devices, cavitation systems, and structured plasma beams. These reports often connect turbulence and rotating flow with coherent matter, helical beams, or localized material effects.


Representative context includes:
The page can develop as a cross-reference for devices and experiments where vortex motion is treated as a key organizing condition.
* Turbulence and vorticity are key phenomena observed in various experiments and devices, including tornadoes, the Windhexe, MFMP ULTR experiments, and Anatoly Klimov's inflow plasma vortex, which is similar to a system reported by a group in Portugal called ENG8 with a coefficient of performance (COP) between 2 and 10 w...
* The Anatoly Klimov method, developed with Kenneth Shoulders, uses a tesla coil producing a plasma inside a vortex gas flow, containing a target with a neutron absorber such as boron, indium, gadolinium, or cadmium; this method forms channels of positive and negative dissociation within the vortex, allowing extraction o...


==Related topics==
==Related topics==
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* [[GEET]]
* [[GEET]]
* [[Coherent Matter]]
* [[Coherent Matter]]
* [[LENR]]
* [[Cavitation system]]


==Source==
==Source==


* https://www.youtube.com/watch?v=gW0JPZedjXM
* https://www.youtube.com/watch?v=gW0JPZedjXM

Revision as of 02:51, 4 June 2026

Plasma vortex is a seed page for LENR-related methods involving vortex gas flow, plasma organization, and beam-like effects.

LENR context

Vortex behavior appears in discussions of plasmatrons, GEET-style devices, cavitation systems, and structured plasma beams. These reports often connect turbulence and rotating flow with coherent matter, helical beams, or localized material effects.

The page can develop as a cross-reference for devices and experiments where vortex motion is treated as a key organizing condition.

Related topics

Source