ENERGY AMPLIFICATION

[Tito L. Oracion]

  oh boy! a lot of good points   

There are times that we want only to permit voltage to pass just for the purpose of addition, cause sometimes current is not important and it plays a destructive force.

Yes! qwert your correct! your a good reader! 

IWD : good!

forest says DAMN CLOSE!
         
Since we are now very close to the truth,
i think lets just talk about Bedini project. ha!ha!ha!ha!

There are lots of genius here i think i must be very careful. 


remember: i have now 12 different designs of free energy and i am telling all of them here, only in jumble manner sorry. 

BUT THEY POSSESS ONE COMMON CIRCUIT AND THAT IS THE AMPLIFICATION technique.


Everyone ok!: used the YIN and YANG technique to dissipate a strong energy and instead used it in
                   divertion! now don't get mad ok?

          

[forest]

"In Chinese philosophy, the concept of yin yang ([yin â€" simplified Chinese: 阴; traditional Chinese: é™°; pinyin: yÄ«n] [yang - simplified Chinese: 阳; traditional Chinese: 陽; pinyin: yáng] sometimes referred to in the west as yin and yang) is used to describe how polar or seemingly contrary forces are interconnected and interdependent in the natural world, and how they give rise to each other in turn."
http://en.wikipedia.org/wiki/Yin_and_yang

Yin Yang example
"A zener diode contains a heavily doped p-n junction allowing electrons to tunnel from the valence band of the p-type material to the conduction band of the n-type material, such that the reverse voltage is “clamped” to a known value (called the zener voltage), and avalanche does not occur"
http://en.wikipedia.org/wiki/Diode




" A medium which would merely 
crack when strained electrostaticallyâ€"and this possibly might be the 
case with a perfect vacuum, that is, pure etherâ€"would involve a very 
small loss in the gap, so small as to be entirely negligible, at least 
theoretically, because a crack may be produced by an infinitely small 
displacement. (...)" To return to the ideal 
medium; think, for the sake of illustration, of a piece of glass or similar 
body clamped in a vice, and the latter tightened more and more.  At a 
certain point a minute increase of the pressure will cause the ;glass to 
crack.  The loss of energy involved in splitting the glass may be  practically nothing, for though the force is great, the displacement need 
be but extremely small.  Now imagine that the glass would possess the 
property of closing again perfectly the crack upon a minute diminution of 
the pressure.  This is the way the dielectric in the discharge space 
should behave.  But inasmuch as there would be always some loss in the 
gap, the medium, which should be continuous should exchange through 
the gap at a rapid rate.  In the preceding example, the glass being 
perfectly closed, it would mean that the dielectric in the discharge space 
possesses a great insulating power; the glass being cracked, it would 
signify that the medium in the space is a good conductor.  The dielectric 
should vary enormously in resistance by minute variations of the E. M. F. 
across the discharge space. "

Nikola Tesla "ON LIGHT   AND OTHER HIGH FREQUENCY PHENOMENA  "

So,we have it now.

[DimaWari]

Instead of Zener, can I use an avalanche diode?

[forest]

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

Who now propose modification to Tesla igniter patent ? I'm trying and trying but every circuit has a flaw...

[forest]

This is interesting : http://en.wikipedia.org/wiki/Crowbar_%28circuit%29
I heard that Edwin Gray used thyratron

P.S. I hope you have the feeling of idea ? me too,however I doubt it is alone OU