Spinning Plasma Ball Experiment

Mrfixitrick, and lab assistants Paul and Guy, observe the visual effects in a spinning Plasma Ball at various speeds up to 4000 rpm.

We notice the gases inside the Plasma Ball have momentum. We also discover that a single plasma tendril forms at high RPM...and then tends to stay, even when the RPM is reduced to very low speeds!

This experiment was a fun way to test our lab equipment, in preparation for further experiments in building a Keshe Plasma Reactor for power and lift. ;)

Find out more about the Keshe reactors at the Keshe Foundation website: http://www.keshefoundation.org.

For the latest Keshe Reactor results and detailed information, explore the Kf Forum here:
http://forum.keshefoundation.org/forum.php

(Vroom!)

All right! I'm going to do a little demonstration here

of a Plasma Ball,

inside of this test enclosure,

and the enclosure has a platform underneath

that's able to rotate.

This is the Plasma Globe we have mounted to a motor...

So, what we are going to do, is have this Plasma Ball rotate at reasonably high speeds...

2000 to 3000 rpm we hope to get out of it.

And, we want to observe what's happening inside,

inside the plasma ball during that time, and see if there is any unusual

things that take place due to the centrifugal force

being exerted on it.

So, I guess that's about it. I'm using this TQi

controller, which is normally used in little race cars,

and we'll be controlling the rpm's of the

motor; this is a Subaru blower motor underneath here

powering the apparatus. Okay,

let's fire it up and see what happens! Lights off!

Lights off...and safety glasses on!

My safety glasses are all fogged up; I can hardly see a thing!

haha

Let's see if we have some action here...here we go...

okay, it goes around; we know it goes around, so far so good...

it's nice and smooth. We'll take it up

to maybe 500 rpm, something like that...

okay, I'm going to stop it and see

what happens. The motor is stopped. You can see the

plasma keeps rotating for a revolution or two.

Let's try taking it up to maybe 1500 and see what happens...

That's actually 1600, 1500...

there now,

It seems stable; I'm going to take it up to 2000...

"Oh, look at that!"

There's 2000

It's an interesting structure in there, that's for sure...Bring it down again,

and see what happens...it rotates a bit...

and otherwise, seems to look pretty much normal. Yes.

Pretty much the same.

Um, just gonna...Pardon me?..."Full speed!"

Full speed ahead! Let's give it a go, while the apparatus

is still working!..."in one piece"...Yeah!

Yes, I'll just give it full speed and...I going to make sure...

everything is still screwed together properly here... "Maybe hold it

because it starts walking a little bit on the table." Yeah, we should

have it bolted down, as Mr. Keshe says, because it could take off! Once we

achieve levity, and that's what we're after here is levity, which we know

is the cure to gravity!

We should have this whole thing on a scale, because then we would be able to tell

if there as any weight changes.

Okay, we're gonna go for full speed...

here we go...1000, 1300...

1500, 17, 2000, 22...

23, 24, 2600, 28, 3000...

3300, 3700...

3780...

3900...

4100 rpm!

It's holding together pretty good. I'm not sure what the plasma is doing, as

I've been watching the tachometer. We're around 4000 rpm.

Nice and stable! Other than it's moving around the entire table...

the apparatus has got it's own mind as far as

where it wants to go. Wow, look at that thing go!

"Especially the beam that goes up."

Yeah, the one that goes right up in the middle, it's very determined to stay there...

it doesn't hardly quaver. There's almost a

harmonic in there. "A Pulse". Eh?

"It's like a pulse." A pulse, yeah.

It looks like wings, almost like a dragonfly.

from my point of view here...

And as we come to a close, the plasma rotates another

couple of turns before it settles out...

and it wonders, "What the heck just happened!" hahaha!

Hey there little fella, you made it! haha

And so did we, even better! ha!

And now it needs to spin the other way around for the same amount of time to make him less dizzy

I can make him go backwards, and then forwards suddenly..."Oh yeah, oh it's neat!"

"You're abusing it?" That's abusing it, probably...

It's abusing everything then.

"And the one that goes to the top, that's really something..."

"There must be a reason for that..."

Well yes, that's a good

observation. Okay, how will I explain this...

The way it is right now, the streamers are running all over, there's not

really one that goes to the top. But when I rev it up,

there's ...right now there isn't...but

as soon as the revs get up a little bit, it becomes

essentially one streamer at the top...

The faster it goes, I'd say the more intense

it gets. Yeah, Yeah. It's quite intense right now...

Now that's interesting. "It's like, less go to the side, and more go

outwards now, because it is the most stable route, I guess, to the outside.

Everything else is moving, but

upwards." ...Right, that's right...the centre of

the cyclone doesn't move, right?

"Yeah, basically, yes." ...So it might be the path of least resistance

for the ions to flow. Yeah, it is.The other ones have to spin

around, so...

That's quite funny! hehe. Hmmm, interesting, I wonder what it would look like

if hydrogen and helium were in there, along with the argon and neon?

and any other "ons" that are in there... haha!

All right, well that was a

definitely successful experiment....

Okay, I want to do a quick run here, with a close-up of the Plasma ball,

and see what kind of changes occur. I want people to pay attention to the

"central tendril" that will come up to the very top of the globe...

Let's rev it up and see how it goes here...

You can see the "central tendril" is forming...

there now, it is already formed,

at about 1000 or so rpm, which forms that central

tendril, and when I rev it up,

amazing!

I wonder what happens when

the whole thing is tilted over a bit...

Here, you run the throttle,

and I'll just tilt this over. I want to see if that tendril stays

the way it goes.

Well, there's definite geometric shapes

at certain rpms with the arms

that come off,

the arms, the tendrils that come off that centre post...

They are like little ballerinas in there!

Doing different moves, you know?

Doing the rotating dance.

Aaah, scary! hahaha!

Here, you hold the apparatus, and I'll run the throttle control now!

hahaha!

"Once the upper one is formed,

it's...it's only disappearing at lower rpms

ahh, it takes more rpm to create it ...

than..." Than to destroy it! Yes, exactly. Yes, right!

Interesting. "But it's quite logical actually, I mean everything

we saw is quite logical." "I would have never guessed, though that

those tendrils would have momentum, you know, the fact that they keep momentum...

Yes, yeah, That's what surprised me!" Yeah, true.

Okay, we have the Plasma Ball

the Plasma Globe Ball inside of our rotating

apparatus with the safety shield on, and the safety glasses are on,

and we are going to have a look at

the streamer coming off the Plasma Ball. We have a piece of tinfoil

sitting up against the globe of the Plasma Ball, inside

there, and it's acting as a sort of a ground that's attracting

the tendrils of the Plasma Ball, and

we gonna rotate it at speed, and see what happens to the tendrils,

as the Plasma Globe rotates. Okay, here we go..

Note the tendril has tended

to sort of warp to one side,

the way it's rotating. As we

rev it up a little more, we're up to about 1000 rpm,

and at one certain point,

right about....Now!

The tendril from the centre of the globe

goes straight up to the top of the globe, and

there's no other tendrills in there, and that becomes

similar and maybe even a little more intense, with high speed.

I'll take it up to

2500, for example, and it's still one tendril...

Up to full speed...

"There's something going on now..."

I want to note a phenomenon that we've also noticed here, which is

the central tendril that goes to the top right now,

as we lower the rpm, it will tend to stay there, much more

stably...it's easier to keep it going, than

it is to get it going to start with, you might say. In other words,

I can lower the rpm right down to a few hundred rpm,

here now, and the central tendril stays there

right until, probably about, well...

it's still there, strangely enough...

and now it's sort of...There! It's locked

on to the tinfoil to the side.

But to break that, I have to rev it up, now it's still stuck to the side...

I have to take it up to about a thousand rpm

to get the thing to go to the top tendril.

There it goes! So, again, we'll go back down..

again , see the top tendril is sticking, even down to

to just a few rpm, that thing is still sticking...

There. To the top

and now...There! It finally crossed over to the side..

again, where it is sparking. And again, I rev it up,

and it won't let go of that side, until it gets up to

about 1000 rpm...there, it switched over. It stays that way right to full speed.

With the globe, we've noticed

it is taking on a strange greenish glow...

and we're not sure why, and we hope we are not turning green too, from this experiment!

hahaha!

haha! Check your skin, guys! Hahaha!

Okay, I think we're signed off for that one...

See you all next time!