ENERGY AMPLIFICATION

[Tito L. Oracion]

Tito

So you are using high self-inductance coil to cut power source connection while capacitor is doing disruptive discharge into working circuit, meaning that in this step energy is not lost by heating power source battery.
That is I think what Tesla realized after seeing radiant energy discharge and investigating it. Quenching circuit which allows unidirectional discharge of capacitor (still oscillating but that another story). In case of Edison DC generators it was due to badly constructed commutator with dead spot which quenched discharge at spark gap (=power switch).
I yet have to find Edison patent to confirm that and also chronology of improvements. The most useful would be to know the list of issues that Tesla had to improve in Edison generators.
This is how I see it :

if electrical energy is condensed  and pumped into wire it has momentum.It is vibrating while flowing on inductance. If suddenly there is a gap in flow then it tries to return back. If return path exits that energy is dissipated by heat and light and other range EM radiation.

If return path is disconnected in correct timing energy has to be released into envinronment but it can't produce much electric field,due to missing back rush path - no EM radiation is possible or only a little.Energy is then radiated as ripple on magnetic field surrounding wires and further into ambient field, because stopped oscillation in every case has to release energy. I think we are near to find complete new science area of longitudinal magnetic waves.I'm not arrogant to state that only one kind of such phenomena is possible. I rather think it's a bunch of phenomena ,complete new spectrum of frequencies and waves.
Sorry,I tend to chatter...

some part you are correct, actually you are making it complicated its just easy ok. 

by the way i'm not using spark gap better to use diode and capacitor and magnet ok.

not only one high self inductance but many, you can connect them in series or parallel ok. it depends to you.

note: the used energy should not be returning to the source in order not to kill the dipole ok. 

and the used energy can be used also as an output!

plus the real output so you get the used energy and the output energy be added then you get excess then make some little charging action to make battery always alive ok.

goodbye   

ps: i am making a cotton candy now.

[onthecuttingedge2005]

Hi jerry good day!

this is new to me sir, i am interested 

and this is great!!!

will you please demonstrate more sir.

Hi Tito.

I will begin building the pure Beta Isotope list maybe tomorrow, I am having a few drinks tonight and maybe a couple of video games to choke it down.

It will take a week or two to build the Beta List of complete Isotopes and break it down to more practical Isotope solutions. including energy levels. low energy beta emitters with shorter half lives are best because they offer almost no or no Gamma Ray production at all while keeping Beta collection fast and continuous.

there are two routes that are best.

Use a Radioactive Beta emitting Superconductor material that degrades over the Isotopes half life or one can use a secondary Beta emitter material to radiate a stable superconductor.

there is research needed in the area of radioactive superconductor's, for instance, YBCO, there are no Beta decaying isotopes of YBCO that has half lives into years but only have half lives within seconds, minutes, hours range. radioactive B- YBCO would offer a huge amount of energy for seconds, minutes, hours but it is to highly radioactive and doesn't last as long as years of production. to dangerous, the shorter the half life the more dangerous the isotope.

the solution is to use the superconductors ability to store electrical charges, since superconductors have no resistance they can store their own emissions in the Beta Emissions range because Beta emissions are Electrons. the Superconductor would store the charge up to its saturation point and then any additional charge is arc off as high voltage which in turn is collected to be store or used somewhere else within the electrical system.

The Radioactive Superconductor would look like a flat toroidal pancake that is levitated on a magnetic field inside a chamber in which there are terminals to collect saturation discharges from the Radioactive S/C.

a material that emits its own electrons! and collects it's own Electrons, Stores its own Electrons up until the Electrical potential saturates it, when fully self charged it would look like a highly ionized toroid ring emitting mass amounts of energy for the taking.

Nuclear Energy produces between 20,000 to 30,000 times more energy than what it took to make it.

Jerry

[onthecuttingedge2005]

Hi Tito.

I have already started the Beta Isotopes list in Database format that way anyone can use it with graph charts or presentations or what not.

The Chart will not contain.

1. anyother decay modes besides Beta- emissions, Beta- only.
2. No Beta emitting Isotopes that are less than a year in half life. only the Isotopes that have a year or greater in half life will be listed.

I got a little detoured by the Octoberfest German Festival today but I did get some work done.

not to much longer.

Jerry

[the_big_m_in_ok]

onthecuttingedge2005 said:

...the shorter the half life the more dangerous the isotope. ...

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

That's right.  This guy(Hahn) wasn't dealing with short half-life elements, but he didn't have to.  He was turning himself into the next Madame Curie. 
Short life isotopes are a lot worse than something like U-238, with a half life of 4.46 billion years.

a material that emits its own electrons! and collects it's own Electrons, Stores its own Electrons up until the Electrical potential saturates it, when fully self charged it would look like a highly ionized toroid ring emitting mass amounts of energy for the taking.

#2,847,585
Converts radiation to electricity.  (There might be up to 10-15 more like this.)

http://www.google.com/patents?id=lyxeAAAAEBAJ&pg=PA1&dq=radiation+electrical+generation+beta+gamma&num=100&source=gbs_selected_pages&cad=2#v=onepage&q=radiation%20electrical%20generation%20beta%20gamma&f=false

--Lee

[dag57]

hi everyone, i'v been reading your thread and enjoying it, would like to get a copy of the nikola tesla book mentioned in an earlyer post if anybody has a copy they would post or knows where to find it. the book mentioned is nikola tesla on his work with alternating currents and their application to wireless telegraphy. i've searched google several times but have not found a copy i can download anywhere yet. thanks! dag