HHO gas: Difference between revisions

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HHO gas is discussed in LENR-related experiments involving water-derived gas mixtures, tungsten interactions, and coherent plasma structures.
HHO gas is discussed in LENR-related experiments involving water-derived gas mixtures, tungsten interactions, and coherent plasma structures.


==LENR context==
==Experimental use==
The term appears in reports where gas mixtures interact with tungsten rods, marks, or surfaces under conditions involving turbulence, shear, or plasma formation. These reports are often connected to GEET-style devices, Ohmasa gas, and observations where tungsten or other materials are claimed to show unusual changes.


This topic appears in 4 currently indexed observations connected to LENR-related experiments, devices, materials, or theoretical interpretations.
This page should collect apparatus descriptions, terminology, and claimed observations while keeping clear distinctions between experimental reports and verified mechanisms.
 
Representative context includes:
* The VEGA Dome experiment replicated a simplified sacred geometry setup with hydrogen and low-pressure air inside an M10 long nut chamber featuring an anode and a cathode structure. High-frame-rate imagery taken with a Sony Alpha camera at 1/180th of a second exposure captured balls of fire and coherent matter traveling...
* 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...
* HHO gas cutting of thick mild steel, primarily iron and carbon, creates a coherent vortex that forms toroidal structures with complete charge separation and cluster formation. This process generates a slow, deliberate Usherenko vortex effect within capillary channels, disrupting metal bonds and influencing material coh...
* In the speaker's experiment, Ohmasa gas used to transmute tungsten was applied to 75-micron thin indium foil, which is diamagnetic and has a melting point of 156°C. The indium moved away from the jet, turned to a jelly-like state, and heated to very high temperatures. Clusters built up to a certain level interacted wit...


==Related topics==
==Related topics==


* [[GEET]]
* [[GEET]]
* [[Elements]]
* [[Transmutation]]
* [[Transmutation]]
* [[Elements]]
* [[Plasma vortex]]
* [[LENR]]


==Source==
==Source==


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

Latest revision as of 02:59, 4 June 2026

HHO gas is discussed in LENR-related experiments involving water-derived gas mixtures, tungsten interactions, and coherent plasma structures.

Experimental use

The term appears in reports where gas mixtures interact with tungsten rods, marks, or surfaces under conditions involving turbulence, shear, or plasma formation. These reports are often connected to GEET-style devices, Ohmasa gas, and observations where tungsten or other materials are claimed to show unusual changes.

This page should collect apparatus descriptions, terminology, and claimed observations while keeping clear distinctions between experimental reports and verified mechanisms.

Related topics

Source

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