How to make multiple Kicks

[Magluvin]

I wasnt able to find a link for chair fix, but I found the other one Ive tried and is the same Wonderlock'em Tite Chairs. Has a couple fine tip nozzels for more precise applications.

http://www.amazon.com/Wonderlokking-W2081-20-Gram-Tite-Chairs/dp/B00448KNO2/ref=sr_1_25?ie=UTF8&qid=1387668756&sr=8-25&keywords=chair+glue

Thats a price for 24 of them. Some Ace hardware has it in singles.

Mags

[Bruce_TPU]

Happy Thanksgiving to all!


This was a very good thread. I showed on page one that a wire and a voltage source had a moving magnetic field.


I said then that if the current did not flow then only the electrons must be responsible for what I saw on that magnetic pickup so long ago.


So if current is stopped in a wire does that current not end at the end of the wire? If so, are the electrons not moving to keep that current at the tip of a wire in a circuit?


If this circuit has both AC and DC in it perhaps those electrons would skate on the wires surface? Perhaps their magnetic field could be easily seen with a pickup coil?


I'd suggest less winding of coils and more work on the kicks. They are the fuel I believe.


Cheers,


Bruce

[Toolofcortex]

Hye, Bruce, great video on the electron ejection, thats alot of effort you put in to give us information in such an eloquant manner.

It shows your hard work, and its normal to have failures with such difficult technology, it will probably take the lives of many great researchers.

Also I think it can possibly dangerous to go about it randomly, So much negative electrons do need to get captured or else.

I complimented you but it seemed that was removed.

Is there gonna be a part 2?

[sm0ky2]

The actual frequency is a factor of the potential
Via copper 'lasing', in the red spectrum, just outside our vision.
By using copper vapor or fine particulate, we can reach into the yellow
or even lower green.
If we then add a waveform (continuous variable potential) we can even hit purple.

1V= 17eV(^2)/2.24166028 Oz Cu


The atoms oscillate between a stable state (0)
and an energetic state (-1)
By action of losing and gaining an outer valence electron

In a closed circuit this is limited by temperature.
Only in highly cooled circuits is such possible.
But open circuits are not heated by 'current',
so the oscillations are detectable.






Unrelated but important:


The definition we use for current is not as we make it seem
It works as an observational description, and in many uses
we can apply our theory with no recourse.


However, when we try to make use of it, we find that it doesn't
really exist like that.
There's no magical flow of "electrons", nor does your battery have
an extra 300 billion electrons stuffed inside it when you charge it up.
A better description would be to say the energy is converted into electricity
through our circuit. 'Current' is the result of heat from the flow of energy.
The actual electrons rarely leave their atoms, and if they do they are replenished
from the air, not the copper atoms next to it.

[Toolofcortex]

Where do you come up with all this sh?

You seem to know the most inocuous details about anything.