Lords of the Ring

[Sauron]

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?

Let us ponder where the huge magnetic field comes from when you
explode an atomic bomb.
It is just created?
Is it converted?
Is it part of the earth somehow?
Is it just a by product of the fabric of time and space being ripped into
pieces in a fragment of a second?
I am curious as to where this unbelievably huge magnetic force comes
from during an atomic explosion...
It is something else to think about.

perhaps in connection with my power technology.

This discharge of magnetic energy is vary similar to the discharge
of magnetic energy during an atomic explosion. . .

http://en.wikipedia.org/wiki/Cherenkov_radiation

I want you to start and think of the generator principles the exact
same way that passing the sound barrier was accomplished.

[dutchy1966]

Hi everyone,

If I understand the patent posted by Kames right it is like this:

(I'm considering only the option to directly generate power in a nearby coil (electric generator)

1 a permanent magnet get wrapped with two parallel wires
2 the two wires get pulsed with pulses A and B where B has a slight delay compared to A
3 both pulses have equal width with a duty cycle of less then 10%
4 pulse A varies in amplitude above 380V with a minimal variation of 50v per pulse
5 pulse B is 2.5 times the amplitude of pulse A (and also varies according to A)
6 pulse A accelerates the permanent magnets field
7 pulse B accelerates pulse A and the already accelerated field even further (voltage=speed!)

A very fast increasing magnetic field is building up now and can induce power in another coil.

8 Next A pulse is lower
9 Next B pulse is also alot lower

The magnetic field is very quickly collapsing now and can induce more power in the other coil.

10 goto 4 for the next pulse


This is what I understood of it. Do you agree?

Does Lenz law not spoil this as the power in the other coil gets induced?

regards

Robert

[Dansway]

@dutchy1966,

I think Lenz Law would not apply.

1) Your moving the magnetic field
2) Your using pulses (Albeit...fast pulses)

[dutchy1966]

@dutchy1966,

I think Lenz Law would not apply.

1) Your moving the magnetic field
2) Your using pulses (Albeit...fast pulses)

Like the pulses are so fast that lenz hasn't got time to establish before they're gone?

Tests have been carried out with different fixed values of the period up to a minimum value about 10-^12s

10^-12 sec ?? That is extremely fast isn't it?  Might that be why Steven Mark says to use tubes for the controller? Are transistors not fast enough.....hmmmm     What about Mosfets in avalanche...will they manage this speed?

Robert

[kames]

@Jdo300

Hi Jdo300,

Here you go, see attached video.
Here is the description of the initial test that started everything.
A fresh charged (about 2 years old) battery 12 v 7.2 AH discharged for about 10% to avoid significant voltage drop, which is common to a fresh charged battery. After that, initial voltage is 12.55 V. In this video I use my hands to connect to the battery because all the rest of the test has been already disassembled for other tests in my temp circuit board. The resistor is 6 Ohm precisely, the rest 20 Ohm is already being used in another circuit and I don?t want to disassemble it. After connecting the battery, the voltage drops to about 12.35 V, which is about 1.6%. It stays like that for a few minutes. I let the wire to calm down by using my finger and put a ?knife sharping? stick to the point where it is balanced. I disconnect a battery and let the stick to calm down again. By that time the voltage is recovered to its exact initial value. I move the stick about 10 mm away and hit the battery again. The wire HITS the stick and falls down. The difference (the farthest point and the point of a balance) for all the movement of the wire is about 30% visually.
The initial distance between a magnet and a wire is about 1.5 cm/0.6 inch.  A point of balance is about 3.5 cm/1.4 inch. The farthest point of the wire where it can still hit the stick is about 4.5 cm/1.8 inch. Which is about 22%. If the wire is much thinner, the number will go to about 30%.
The wire, doesn?t matter how thin it is, does have a weight, and it does need a momentum to by pass a point of equilibrium. The momentum does need a real/kinetic energy to be constituted. Where does it come from? For now, I have only one assumption, it is an interaction between a magnetic field and the initial electron flow. When the current is steady, effect disappears.
I put a white paper behind the screen for better visibility.  The video file has been tested in Windows Media player and Winamp.
This might be a case what SM meant when saying that one can show excess of energy from a piece of a wire.

Kames.