Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[the_big_m_in_ok]

In our experiments with the Tesla Hairpin, we've seen resonances of up to ~35Mhz, but I have no reason to believe it wouldn't go higher.

Higher frequencies mean more power, generally at the square of the frequency, right?

That was with a spark of about 1".

I'd say that's about 50,000-75,000 volts.  The current should be enough to kill?

The discharge at that level is insanely loud...probably in excess of 120db of white noise...ouch. We bought shooting hearing protectors to wear when working in the lab. So yeah...it extends well into the audio range as well.

I did see a YouTube video of a hairpin circuit, running HV capacitors at the outputs. They were powering a xenon strobe light bulb at the end of 20 feet of magnet wire, about 28-30 gauge---and it was cool to the touch. 
But, it wasn't really loud and it was quieter than without the caps; just different.  They might have been using 10,000-20,000 volts from a Jacob's Ladder.  It surprises me that you need "ear defenders", as we called them in the U.S. Air force, for your work.   

You do all this in a Faraday cage?  The EMI should be more than merely *powerful*; it should blitz out all radio transceiving in that frequency range for quite a distance.  The Govt. where you are wouldn't be happy about that, if it were so.

--Lee

[LtBolo]

I'd say that's about 50,000-75,000 volts.  The current should be enough to kill?

Yes, it's up there. It's strange though. With the caps discharging, the nature of the discharge completely changes...it becomes louder, brighter, and colder. In general, the power hurts to touch it...but it doesn't hurt you...if that makes sense.

But, it wasn't really loud and it was quieter than without the caps; just different.  They might have been using 10,000-20,000 volts from a Jacob's Ladder.  It surprises me that you need "ear defenders", as we called them in the U.S. Air force, for your work.   

When in cap discharge mode...as opposed to inductive discharge mode...the noise increases exponentially the longer the spark gets. We had them over an inch and the noise is bad enough that even with hearing protection, they are loud. As an inductive discharge the spark is yellow, hot, and quiet. Add the caps, and bam...blue, cold, and insanely loud. Doesn't burn paper...just perforates it. Weird stuff.

You do all this in a Faraday cage?  The EMI should be more than merely *powerful*; it should blitz out all radio transceiving in that frequency range for quite a distance.  The Govt. where you are wouldn't be happy about that, if it were so.

We're in the country...so no cage...and we haven't yet received visits. Pretty funny when it resets our building's phone system, though.

The hairpin is a great demonstration of Tesla's statement that 1 watt for 1 second wasn't very interesting...but 1 billion watts for 1 billionth of a second was amazing. I agree. The only difference is kinetic...but wow...what a big difference. Kind of like a gun...minor discomfort to my shooting hand...but death at the other end.

When you see all of the interesting effects that happen when a spark discharge enters the equation, and you consider that mainstream electrical math doesn't account for any difference between highly kinetic electricity and not, it becomes very clear to me that although the math is probably not wrong, it is definitely incomplete.

[cosmoLV]

There appears to be an upper limit of a few mega Hertz.  The lower limit should be in the audio human hearing range:

http://www.ewh.ieee.org/reg/7/millennium/radio/radio_radioscientist.html

--Lee

SparkGap in Tariel device has far awy different meaning, it do selfresonant function..

[LtBolo]

SparkGap in Tariel device has far awy different meaning, it do selfresonant function..

Spark gap in virtually anything Tesla related was about striking something resonant. Bells only ring when you hit them...

[the_big_m_in_ok]

...With the caps discharging, the nature of the discharge completely changes...it becomes louder, brighter, and colder. In general, the power hurts to touch it...but it doesn't hurt you...if that makes sense. ...

Indeed.  It does, in a way.  Brown's gas is described as being able to singe hair of your arm and not burn the skin.  It'll braze steel to brick with bonded integrity.  Really, that's what I read.  So, I believe your statement about cold electricity.  There's something about radiant energy that's not normal.  Brown's gas is similar.

... As an inductive discharge the spark is yellow, hot, and quiet. Add the caps, and bam...blue, cold, and insanely loud. Doesn't burn paper...just perforates it. Weird stuff. ...

I'm not surprised.  Are you making a lot of ozone?---it has an obvious smell, and it's a really deadly poison.

We're in the country...so no cage...and we haven't yet received visits. Pretty funny when it resets our building's phone system, though.

The American Idol show had a rock group that *played* Tesla coils, shooting 20,000,000 volt arcs.  The studio built a special remote sound stage to prevent the voltage and electromagnetic fields from killing their electronics.  So, I see your point about the phone system.

The hairpin is a great demonstration of Tesla's statement that 1 watt for 1 second wasn't very interesting...but 1 billion watts for 1 billionth of a second was amazing. I agree. The only difference is kinetic...but wow...what a big difference. Kind of like a gun...minor discomfort to my shooting hand...but death at the other end.

Yeah, but it can be like a Lakhovsky coil's frequencies, right?  Tesla lived to be an old man, and his coils were probably the reason.

Got to go.  Later...

--Lee