On Frequencies and Fireballs

[darkspeed]

On Frequencies and Fireballs

Low power frequencies combine to create a single pulse with an amplitude great enough to saturate the system and for a nanosecond disrupt the high voltage dc bias.

The advantage of using the frequencies in this way is to achieve a much more rapid ON>OFF>ON switching than could be accomplished with conventional circuits.

This rapid transition from ON>OFF>ON creates the radiant event that is collected

The amount of current that is mobilized in the collector is directly related to the speed of this event.

Any noise in the frequencies diminishes the amplitude of the required pulse and greatly reduces the mobilized current in the collector.

Using slightly shifted frequencies will regulate the amplitude of the pulse and as a result keep the mobilized amps within a usable range.

Using exact frequencies will result in pulse of maximum amplitude and thus mobilizing a maximum current. 
This current could easily be many magnitudes of the current rating of the collector resulting in spontaneous resistance heating and catastrophic  vaporizing destruction of the collector.

[Mannix]

Would  these frequencies would be very,very close to each other and pure?

[Grumpy]

bifilar coil experiment:

http://www.overunity.com/index.php?topic=7377.msg188871#msg188871

[darkspeed]

Would  these frequencies would be very,very close to each other and pure?

They would be pure if you were looking for a lot of power
Any noise would change the combination of the frequencies and thus reduce the amplitude of the special pulse

Close..... well they would be low power and when they and their factors combined would make a single sharp pulse of great amplitude and almost instantaneous rise and fall time. There should be a way to do it by combining two frequencies but three might be easier.

Do not confuse the light switch with the power company

The special pulse IS NOT THE SOURCE OF POWER

The special pulse is the light switch that for a nanosecond DISRUPTS the HV DC BIAS resulting in an event

Think of it this way...

The HV DC Bias is steam moving through a pipe
The special pulse is the valve at the end of a long run of steam pipe

Close the valve slowly and the trapped steam will slowly oscillate in the pipe until it comes to a complete stop.
OR
Close the valve at a super fast rate and the progressing wave front ( shock wave ) in the pipe will rupture that pipe near the valve throwing super velocity steam 90deg to the steam pipe

This super velocity steam in the analogy is your energy source leaving your wire.
It is what you collect by aiming it at MANY small diameter wires.
I say many small diameter wires because of a skin depth and density issue it cares more about the surface area than internal path of the wire.

This energy mobilizes current
Give it a lot of density changes to slow it down enough to be fully collected.


There is also the issue of reinforcing the event. If your DC Bias is low (because your battery and caps need to be small) then your event output will be low therefore you may need to reinforce the event by directly stacking the results of a number of events before sending this energy to the load.

PULSE > wait for the pulse to come around the diameter of the collector >PULSE > wait for the pulse to come around the diameter of the collector etc...

This cycle will be directly related to the diameter of your collector. <<<<<


.

[Grumpy]

How does this energy mobilize current?