Lords of the Ring

[Jdo300]

Hi Everyone,

I have some research to present for you all. Just as Marco has been researching the imploding TV effect. I have been researching the rotating field and electron acceleration. Ever wonder what the "rotating field" Mr. Mark talks about comes from? Well, it's not a standard rotating field at all! See what he said here:

"YES THERE IS A ROTATING FIELD WHICH CAUSES ELECTRONS TO
FLOW IN COPER WIRE AND BE USED TO PROVIDE USEFUL WORK
FORCE. THERE ARE MANY WIRES PERPENDICULAR TO THE MAIN
COLLECTOR. THIS IS A NECESSARY PART OF THE DEVICE.
SINCERELY,
SM."

and

"Has anyone ever done any research on what happens when we
create a magnetic field and revolve it faster and faster.
What changes and at what speed or frequency of the pulsed field
do things suddenly change?"

AND

"The interesting thing is how with the right combination of
frequencies, you can actually create a revolving field with inertial!"

The point here is that he never specifically says it is a rotating magnetic field. He just calls it a field. Now I have done some research on what happens when you pulse-accelerate an electron faster and faster. Also remember this quote from Steven:

"I want you to start and think of the generator principles the exact
same way that passing the sound barrier was accomplished.
Read how the engineers in this country finally developed the proper wing
design to accomplish super sonic speed in aircraft.
I hope it will give you a picture of what is going on inside the generator
and especially the collector."

I did some research and found that there is a magnetic barrier just like the sound barrier. So what? Why do we care?

"The faster the speed of ANYTHING the more energy will be available for
conversion.

A long time ago, i said, if you take a bullet and throw it at the side of an
automobile it
will bounce off.
However, if you place the bullet into a gun and fire it at the automobile it,
with sufficient velocity, go through the metal door and through the other
side because of the inertia energy available for conversion.

Speed is energy if you can convert the mass into energy quickly
enough!
Anything no matter how small can store enough energy to convert
into huge amounts of energy.

Even electrons.....................................

Now, electrons can travel only so fast along the surface of the wire
because of magnetic flux.

What if you disable the effects of the flux?

My unit operates on these principles.

Now the electrons float freely without anything holding them back.

Electrons at the sped of light are now a possibility!

How much energy can be converted from a stream of electrons traveling
close to the speed of light?"

Now in order to understand this, I had to know why an electron moving through free space creates a magnetic field in the first place. It's quite fascinating really. Check out this link here for a great visual of what the vacuum does when an electron accelerates through it:

http://web.archive.org/web/20050310143841/http://www.tricountyi.net/~randerse/ortho1.htm

There is a toroidal 'wake' of vacuum that forms behind the electron as it moves (just like the eddy currents that form around your hand as you move it through water). This toroid is what is referred to as the A vector potential in physics, and the B field vector is always orthogonal to it. Now how about the speed of the magnetic field propagation through space?

"The speed of electromagnetic waves is certainly known and is defined to be exactly 299,792,458 m/s in vacuum (same as the speed of light)."
(http://www.physlink.com/Education/askExperts/ae445.cfm)

Keep in mind that the magnetic field that would appear inside a wire would be much, much slower because, for one thing, copper is a VERY diamagnetic material (aluminum is Paramagnetic by the way) and resists the magnetic field formation:


Diamagnetism

The orbital motion of electrons creates tiny atomic current loops, which produce magnetic fields. When an external magnetic field is applied to a material, these current loops will tend to align in such a way as to oppose the applied field.
(http://hyperphysics.phy-astr.gsu.edu/hbase/solids/magpr.html#c2)

So, I'm simply building a case here to explain that magnetic fields propagate much slower through copper than through vacuum. So... there is definitely a magnetic speed limit in metals that is NOT the speed of light. Now how about the speed of an e-field?

Just as the above paragraph mentions, the electric and magnetic fields both propagate at the speed of light through a vacuum. But the electric field in a wire is NOT retarded like the magnetic field is.

The electric field propagates down the whole coil at the speed of light long before the magnetic field shows up. Why? Because the magnetic field doesn't appear until the charges start moving. So the electric field would always have to be there first, to accelerate the free electrons in the wire, which would, in turn, induce the magnetic field in the wire.

So now, how do we cancel the effects of the flux so that the electrons can accelerate to the speed of light? A BIG kick! If we smack the electrons with a high voltage potential, the electric field can impart an immense amount of energy to the electron and get it moving. If we do this very quickly and periodically in pulses, we can make these electrons speed up faster than the magnetic field they create can catch up.

Ok, so they are moving at the speed of light right? So whats the e-field doing?? Electrons generate an E-field also remember?

Here is where the rotating vortical field comes into the picture!

Here is a link to a Java applet showing the Doppler effect. If you look at the circles around the dot as being the electromagnetic field generated by the charge as it moves through space, you can see something very interesting...

http://hypnagogic.net/sim/#Doppler

This applet shows you what happens when the particle hits Mach 1. Think of Mach 1 as being the magnetic barrier. But we are not moving in straight lines in the TPU. we are moving in a circular motion. SO what does the field look like as the electrons accelerate around and around in the collector coil?

On the applet, set the simulation to "Circular", select Enable, and press the Mach 1 button. Now Select "Run Animation" and see what happens!

VORTEX!

The electric field lines concentrate into a helix! Now, what do you think will happen to the "sky currents" coming from the ionosphere if we produce these super concentrated vortical E-field lines?

God Bless,
Jason O

[rotorhead]

Jason,

Here is a link to a Java applet showing the Doppler effect. If you look at the circles around the dot as being the electromagnetic field generated by the charge as it moves through space, you can see something very interesting...

http://hypnagogic.net/sim/#Doppler

This applet shows you what happens when the particle hits Mach 1. Think of Mach 1 as being the magnetic barrier. But we are not moving in straight lines in the TPU. we are moving in a circular motion. SO what does the field look like as the electrons accelerate around and around in the collector coil?

On the applet, set the simulation to "Circular", select Enable, and press the Mach 1 button. Now Select "Run Animation" and see what happens!

VORTEX!

Try clicking on "Faster" to exceed the speed of sound. Now that is really interesting!

[starcruiser]

Those patents bring it all together! The open frame TPU makes sense now! THe magnets are the field and the motor or starter generates one set of pulses and the other coil is the higher voltage generator, the key is the pulse duration and the voltage level/differentiation of the pulses into the coils.

The collectors statement maybe misleading, the outter lamp cord is the output I think!

Gotta try this!

Karmes Thanks for the info!

[Jdo300]

Jason,

Here is a link to a Java applet showing the Doppler effect. If you look at the circles around the dot as being the electromagnetic field generated by the charge as it moves through space, you can see something very interesting...

http://hypnagogic.net/sim/#Doppler

This applet shows you what happens when the particle hits Mach 1. Think of Mach 1 as being the magnetic barrier. But we are not moving in straight lines in the TPU. we are moving in a circular motion. SO what does the field look like as the electrons accelerate around and around in the collector coil?

On the applet, set the simulation to "Circular", select Enable, and press the Mach 1 button. Now Select "Run Animation" and see what happens!

VORTEX!

Try clicking on "Faster" to exceed the speed of sound. Now that is really interesting!

I was waiting for someone to try that! Yeap! The vortex reverses direction and starts going the other way. I imagine that it would look like the first, tighter one, if the simulation would make the particle go even faster than the max it could go.

God Bless,
Jason O

[starcruiser]

got it up to 3.4 I think, interesting complex waves