Hyperdimensional Experiment: Plasma ball, tetrahedron, ankh

In this experiment I have a crudely made tin-foil tetrahedron sitting near the plasma ball. If I connect my neon ANKH detector to the apex of the foil tetrahedron, the neon will light quite nicely, even at a couple of feet. If I place my foot or hand in the path between the ball and the tetrahedron, my body becomes a better path to ground for the energy - path of least resistance - and the neon goes out. If I touch the plasma ball, again, neon goes out. Lastly, placing the plasma ball into the tetrahedron shows the streamers organize into 3 streamers going to each plane of the tetrahedron.
This is a sort of crude model of PLANET (plasma ball), pyramid (tetrahedron) and consumer of the energy (Ankh detector). Imagine a large metallic tetrahedron in space aimed at the sun to collect radiant energy. Similar to NASA's tether experiment, the tetrahedron geometry might be more ideal as a "collector" and "resonator" of radiant energy --- acting as a capacitor.

Category:

Science & Technology

Tags:

• Hyper-dimensional
• physics
• experiment
• plasma
• ball
• tetrahedron
• ankh
• Richard
• Hoagland.

[AZLuvV]

Now we just need a few gigantic plasma balls and a bunch of these little tin foil pyramids and were in business!

[morpher44]

@AZLuvV

Yup! Working on it. The sun is a great big plasma ball. Down here on earth we are nicely shielded from all its effects. Out in space, however, you can pick up energy no problem. All you need is a metal plate and you can put your clip lead on there, convert it from AC to DC .. your done.

[AZLuvV]

@morpher44 so, this is already possible? I don't know anything about circuits except for what I just found on youtube in the last 10 minutes. I saw another video recently of an antenna that converts radio waves into usable electricity. Is this what you mean?

[morpher44]

@AZLuvV

There appear to be two phenomenon, explained nicely by Eric Dollard. We have magnetic fields, which coils respond to. We have dielectric fields, which capacitive surfaces respond to. Magnetism is well understood and has field lines that curve around the magnet. Dielectric fields are less understood and appear to operate like RAYS going in all directions -- like lite. A metal surface can receive the dielectric fields and oscillate with them. A coil of wire can receive magnetic fields.

[justinheath905]

Dude Awesome!... But Does The Tetrahedron Have Any Relevance? Did Say A Cube Work? FYI Maxwells Equations Originally Had A Tetrahedron Component Which Was Deemed "Brilliant" By Einstein Yet Cut From His Set Of Equations Before Made Public. These Tetrahedron Equations Explained How Electricity Is Bleeding Through From Up To 20 Something Dimensions Beyond Our Own.

[morpher44]

@justinheath905

A simple foil plate will pick up the oscillations from the nearby plasma ball. You can touch a neon bulb to the plate and it will lite up. As for optimum geometry for reception, this is antenna theory -- which to be honest -- I don't know much about. The plasma ball is a sphere and fits nicely into the tetrahedron. When you do this, 4 streamers form. One to each of the 3 walls, and a forth going to apex. I find that kinda cool.

[jackscholze]

spank my ankh

[dezert3000]

definately looks fun to try. have to get my kids to watch this.

[morpher44]

@madJedi1

Actually what you see in this video is not an LED, but a NEON bulb.

You can make this work with LEDs too if you have two diodes - search for Avramenko's plug (AV plug).

[madJedi1]

be honest...does it work with anyt LED at the end?

Its interesting coz this is how Tesla wanted us ALL to have FREE electricity