The TPU uncovered? (A PROBABLE technique.)

[poynt99]

mental fatigue

nuked cerebellum
whose gonna' tell 'em?
going along
their merrily way
dendrites are screaming
electrons wheeling
a glimpse of light
amongst the fray
ignore the obvious
shun the quaint
think you know better?
oh thou shalt faint
particles whisper
the skin grows crisper
mental floss
for the brain
pump up the current
rise up the serpent
soon will vanish
all the pain

[sparks]

    @poynt

   

[pauldude000]

@all

I have had an interesting weekend, to say the least.........

Driving home from my brother's house today after spending the weekend with him, I heard my wife say "look at that!". Behind and on the passenger side of the vehicle, less than a quarter mile away, a decent sized wall of dust was whipping up. (In the middle of a bad thunderstorm, by the way.) This concerned me quite a bit.

However, watching the quarter mile wide wall of dust directly in front of the vehicle try to spin up MORE than concerned me. This situation sucked, to say the least. I thought we were toast. However, it failed to spin up into a full tornado, or we would have been.

The old saw about brown in back and yellow in front almost applied.

Yahweh was watching out for me today.

Paul Andrulis

[PLUTOSBONE]

just watching the twisters on the news now. i am in australia you guys have really copped it this year.
Yahweh , Jehovah

[pauldude000]

@all

This is a good experiment I posted for a different thread, then thought I should share here as well.

Anyone whom thinks electromagnetism does not form harmonics and beat frequencies, has never researched the subject personally. In my TPU (See "Steven Mark's" Thread) research, using toroidal coils, both air and ferrite cored at high frequency, I can state absolutely that two frequencies of generated magnetic wave mix and affect each other. I can equally state other things as well:

1. True harmonic frequencies are summing or mutually amplifying of each other.
2. Beats are definitely formed in the same device.
3. Truly resonant frequencies also create a "spectrum" of related frequency generation in the same device.

These things can be proven to yourself, EASILY, with nothing more than two frequency generators (5MHZ or more preferable. I use an old B&K 3025, and a digital 2MHZ new POJ), an oscilloscope capable preferably of 100Mhz resolution, and a simply wound coil.

For those wanting to I will post the necessary requirements for the coil.

Materials list:

A. 50ft of 4 wire solid strand phone cable (I use round phone cable, but flat should work equally fine)
B. 1 roll of electrical tape
C. 1 white perm marker OR white nail polish
D. 1 set wire strippers....

(that is all... this is a sensitive air core coil... )

1. On a form approx 6" in diameter (piece of pvc pipe, bottom of a sauce pan, literally whatever.. diameter will affect output resonant frequency, but should be within the ability of a good 5MHZ Function Generator to see effects) wind four turns of wire CW.

2. Cut the ends to leave six inch leads.

3. Carefully remove from form, and tightly bind this coil together with tape. (this is your horizontal coil for the unit)

4. Strip four inches of outer sheath, then strip 1/2" from each of the exposed wires.

5. Now, take about 30 feet of the phone cord, and strip the outer sheath from the wires.

6. Take each of the four wires, and wind loosly into a coil around your hand.
You should have one coil of each red, black, green, and yellow insulated wires.

7. Mark four even quadrants on the taped horizontal coil, with the first mark between the horizontal coils 6" output cables.

8. Tightly wind around the horizontal coil 50 turns using each color wire CW leaving 6" leads. 1 color per marked out quadrant and centered in each quadrant.

9. To simplify the winding of each colored coil, bind down the colored wire with tape, tightly wind, then secure the end of the wind with tape.

10. Strip the leads of the colored coils 1/2" At this point, the coil winding is complete.

Now, for the connections.

11.  Holding the coil setup in your left hand, consider the left hand horizontal coils 4 wire cable lead as the ground. The right hand 4 wire cable lead consider as the positive.

With the horizontal coil, we have four separate individual coils wound in exact parallel. These can be connected in series to attain high enough output voltage for your O-scopes to read easily on 1 to 5v/div range. The output is low amperage, so do not be too concerned, though you may need a 10x probe at resonance. A switchable 1x and 10x probe is nice here. Switch to 10x probe if the trace starts approaching  the top of the screen at 5v/div. Remember to multiply voltage x 10.

12. Take the ground yellow wire, and hook it (twist or solder) to the green positive.
13. Take the green negative and hook it to the red positive.
14. Take the red negative, and hook it to the black positive.

At this point, the horizontal coil should only have two wires unconnected. Black on the ground side, and yellow on the positive side. These are your scope connection points.

Now, concerning the four vertical coils hookups. Multiple effects can be viewed using either one or two input frequencies, and these four 1 wire coils are the input coils, or the "primary" concerning the whole coil. This is NOT directly electrically connected in any manner to the horizontal coil, just inductively. (For those saying it cannot be, since the coils are oriented 90 degrees out ....build it.... you will learn something. )

For the primaries connections:

ONE frequency operation:

4 in series

15. Hook all four primary coils in series. (Ending wire of one wind, to input wire of next clockwise around the coil)
16. You should have two of the  leads, the start winding of the first coil, and the ending wire of the last coil unconnected. These are your frequency inputs which you hook to the function generator.

2 in series

17. Choose two opposing coils (on opposite sides of the horizontal coil).
18. Hook the output lead of the first, to the input lead of the second.
19. Hook your function generator to the remaining two unconnected leads.
20. Leave the other two coils unconnected.

2 Frequency Operation

2 coil - independent

21. Choose two opposing coils.
22. Hook the 1st Function Generator to the first coil, with the output (red) lead of the Function Generator connected to the start of the winding, and the ground (black) lead to the end winding.
23. Repeat 22 with second Function Generator on opposing second coil.

4 coil - 2 in series

24. Choose two opposing coils.
25. Hook the end wind of the first coil, to the start wind of the second opposing coil.
26. The starting wind of the first, is the red lead connection to your first function generator, and the ending wind of the second opposing coil is the ground for the F.G..
27. Repeat for the second set of opposing coils, hooking up the second function generator to this set in the same manner as stated in the previous step.

HOW TO perform the experiments.

1. Connect your O-scope to the horizontal coils leads.
2. Start with one function generator, with the leads connected to the "high" output bnc connector.
3. Progress to two signal only after performing one signal testing.
4. Turn on your O-scope, change v/div to lowest setting, and time/div to .5 microsecond. (You will notice you are already getting a voltage reading showing a trace. )
5. Change V/div setting until the signal only occupies two divisions.
6. Turn on your F.G. at lowest voltage, lowest frequency range, lowest frequency setting, square wave.
7. You will notice a change in the trace, but not much, or the trace will blank out.
8. Adjust voltage up on the F.G. to max, adjusting also the v/div on the O-scope keeping the signal within the two div on the scopes scale. 
9. Cycle through the frequencies in every range on the F.G. noting the effects of frequency input on the output.
10. In every range, when amplification occurs, cycle back and forth through the time/div settings on the scope.

You have now seen:

Harmonic frequency generation. (the "flames" which look like a wide trace of various types. )
Beats (Square wave superimposition upon the overall sine output at MUCH lower frequency)
True Resonance, or Self amplification due to harmonic voltage summing (when the voltage requires that you change v/div to view the entire wave.)

Do the same 10 steps, with two generators......

This experiment, after both single and multiple frequencies are tested, removes excuses of all kinds, and will amaze and shock the heck out of anyone whom has not done it yet.

This should be a good learning tool for all doing magnetic wave interaction research of any kind.

Paul Andrulis