Log Periodic Golden Ratio Coaxial Waveguide

[GRON]

New Wiring Diagrams 2

[GRON]

Magnetic Vortex

1. Imagine you are driving down the road. What would happen if your wheels spun first one direction, then the other, then one way, then the other? You wouldn’t get very far.

To go down the road, your wheels have to spin in only one direction: forward. They must spin forward the first time, and every time after that. They must never spin backwards at all. Then you will go down the road.

2. Now let’s say you have a flywheel. If you push it first one way, then the other, then one way, then the other, it will never get going, and spin on its own.

To get your flywheel spinning, you must push it in only one direction, over and over again. Then it will start spinning, and keep spinning all by itself, in between pushes.

3. When AC current flows through a wire, the magnetic field around the wire spins first clockwise, then counter-clockwise, then CW, then CCW. Of what does this remind you?

Let’s charge up a capacitor, and then discharge it through a wire. If we do this over and over again, the magnetic field around the wire will always spin in the same direction, just like pushing on a flywheel.

4. Now let’s say you have a bucket of water. If you put a stick in the water and stir first CW, then CCW, then CW, then CCW — your water will just splash around and make a mess.

But if you stir the water in only one direction, say CW, and keep stirring only in that direction, your water will start to spin around. If you stir fast enough, your water will form a whirlpool. Physicists call this whirlpool a VORTEX.

A whirlpool is a vortex in water. A tornado is a vortex of air. You can have a vortex in any continuous medium.

A vortex forms when some stuff is spinning around, and the stuff near the center is spinning faster than the stuff further out. This is different than when a record spins on a turntable. When a record spins around, the circumference spins faster than the middle part.

If you look at your water vortex, you will see that it has a special shape, kind of like a funnel. If you look at this funnel sideways, you will see that its curves are hyperbolas. This funnel shape is called a Hyperbolic Horn. This is the same shape as the WAM.

In the WAM, the magnetic field always spins in the same direction (CCW as viewed from above). The WAM creates a vortex in the medium through which EM waves propagate. Faraday, Maxwell, Tesla and Lorentz called this medium The Ether. Wilhelm Reich called it Orgone.

[GRON]

Dimensions of Acrylic Cylinders



LAMBDA = Length of Cylinder 0

ALPHA = (1+sqrt(5))/2 THE GOLDEN RATIO

T = Thickness of the metal foil wrapped around each acrylic cylinder.

K = Spacing between the OD of one cylinder, and the ID of the one it fits inside.

[GRON]

A Vortex in Water has its Bottom Point at Infinity


Edwards, Lawrence, “The Vortex of Life: Nature’s Patterns in Space and Time”. Edinburgh: Floris Books, 1993.

[GRON]

Waves and Vortices in Continuous Media

Part 1: Waves and Vortices

In a continuous medium, such as air, you can have waves. Sound waves are waves of air.

Light is also a wave, but it is not a wave of air. Light is a wave of Ether.

A vortex can form in air. A tornado is a vortex of air. A vortex can also form in Ether.

This technology creates a vortex in the Ether.

Part 2: What is a vortex?

When a record spins around on a turntable, the outside edge spins faster than the middle.

When air spins around in a tornado, the middle spins around faster than the outer edge.

A tornado is a vortex. A record is not.

A vortex may look like a spiral, but that is just an artefact created by the circular motion of the medium. The medium spins around in circles. It does not spiral towards the center.

When you stir water in a bucket, it makes a vortex. The vortex makes a funnel shape. If you look at this funnel from the side, it has the form of a hyperbolic horn. The bottom point of this horn is infinitely far below the surface of the water.

A vortex is like a fire, in that they can both draw energy from their environment into themselves, thus growing larger and more powerful, and then able to draw even *more* energy into themselves. etc.

This process is called Growth, and is a characteristic of living things, such as trees.

[GRON]

Stainless Steel Foil Cylinder




LAMBDA = Length of Cylinder zero. Can be anything.

[GRON]

Capacitively-Couples High Voltage Switching Device



R1 = approx. 1 K

R2 = approx. 1 MEG

c1 = approx. .1 uF

1.995 MHz is the experimental part of the General Class 160m HAM band.

A square wave will work. You want pulses that are 1 u-sec or shorter.



This is a simpler way to hook up your Triode, if you don't want to make a Half-Bridge.

[GRON]

Stainless Foil has a Grain to it



You can make the eight conductive cylinders for this Wave Articulation Matrix from “2 MIL” (0.002″ thick) Stainless Steel foil. You can get a 2×25 foot roll of this material from Grainger.

[GRON]

Wrap Steel Foil around Acrylic Cylinders



The Stainless foil can be rolled up on Acrylic cylinders.

Make the Acrylic cylinders by turning them on a machinist’s lathe.

The Inner Diameter and Outer Diameter for each Acrylic cylinder can be calculated from the “Ideal Circumference” of each metal cylinder.

Remember: You must shave off some material from the inside of each Acrylic cylinder, so the previous one can slide inside. I have called this amount “K” in the diagram. You must increase the ID of each Acrylic cylinder by K.

[Dave45]

Ok
a metal toroid creates a barrier that energy will not pass through unless there is a conductive path.
in other words there has to be a current carrying wire, Ideally more than one.
watch this vid an iron toroid stops 300,000 volts, it creates a barrier
300Kv On A Television - YouTube

[GRON]

EXAMPLE: Acrylic Cylinder Dimensions



LAMBDA = 23.622 inch = 60cm

ALPHA = (1+sqrt(5))/2 THE GOLDEN RATIO

T = 0.002 inch

K = 0.003 inch

[Dave45]

waveguide creates a spinning vortex straight dc no pulsing

[GRON]

Oh wow

Oh wow I like that coil. How is its geometry come by? Can you draw a picture of the shape of the vortex it creates? That is very beautiful! What is the core material that the red wires are wrapped around? This is very nice

Here is another picture of the WAM. It is made of steel foil.

[GRON]

The Shape of a Vortex



This is the shape of a vortex as it occurs in nature. I show you water vortex, because you can not see aether vortex.






A vortex may look like a spiral, but the medium is really spinning in many concentric circles!

[blackchisel97]

Right on. I believe that if you heterodyne two waves which are Golden Ratio to each other, you create many many sidebands, both higher and lower in frequency, all Golden Ratio to the next and previous in the sequence. Theoretically, you create a infinite number of sidebands.

If I am not mistaken, the Lakowski Multi-Wave Oscillator is a set of Split Ring Resonators which are all Golden Ratio to each other.
There are many structures, many ways to implement this principle.

Yes, they are. Log periodic antenna can create a virtual - non existing but functional, which will extend 1.5 times beyond the physical one.
Using two antennas you can obtain an infinite number of harmonics up to GHz range and this isn't theory anymore . I'm currently working on MWO - George Lakhowsky MWO which has bipolar spark gap driven Tesla Coil.
For your driver I would use double Mosfet driver, such as TC4426 and use separate DC source for IC and power part.
You're heading in very interesting direction. Good reading

Thanks
Vtech