Steven Mark`s TPU

[turbo]

Roberto i fully understand you are experimenting with an eye on safety issues.
Who want's to blow himself up right?
But i also think we should push the experiments to the limits.
And i do think 50 Volts does not even come close to what it needs to start catalyst sequence.
Actually 42 Volts is conciderd to be "safe" over here.
My experimenting floor is at 500 volts and i will not go below that just to make sure i do not miss something.
I am not affraid of high voltage and if i injure myself with my tests then so be it.
That only tells me i need to be more carefull.
It looks like the 500 Volt still isn't high enough so i am thinking to raise it above 25.000 Volts to meet the exesive voltages the faulty circuitry pushed out in the malfunctioning television sets, back in the day's.

M.

[epwpixieq-1]

Guys,

In one of the youtube moves from BorderlandResearch ( on Longitudinal waves  ) they mentioned the book "Elementary Lectures on Electric Discharge" by Steinmetz.
Luckily Google has put it online 

http://books.google.com/books?id=79W0wXz6_ZEC&pg=PA6&dq=Elementary+Lectures+on+Electric+discharge

I attach it here also.

Reading through now I can see why Tesla and the other researchers were stopping the current as fast as possible and gaining something from this abrupt stop. Reading it may give some additional knowledge and ideas to TPU research community. 

Good luck to everyone!

SAS

[Localjoe]

Roberto i fully understand you are experimenting with an eye on safety issues.
Who want's to blow himself up right?
But i also think we should push the experiments to the limits.
And i do think 50 Volts does not even come close to what it needs to start catalyst sequence.
Actually 42 Volts is conciderd to be "safe" over here.
My experimenting floor is at 500 volts and i will not go below that just to make sure i do not miss something.
I am not affraid of high voltage and if i injure myself with my tests then so be it.
That only tells me i need to be more carefull.
It looks like the 500 Volt still isn't high enough so i am thinking to raise it above 25.000 Volts to meet the exesive voltages the faulty circuitry pushed out in the malfunctioning television sets, back in the day's.

M.

@Marco

You remined me of a good freind who said this once to me

" .. yea  joe i sutck my hand in the transformer liquid a few times that wasn't too fun,but we had to test for pcb's somehow" .. "We didnt know what it did to skin back then... "  While were having this conversation he's sticking his hand in the back of the uhf harris transmitter and is about an inch away from the 440 line that serviced it with no gloves on .. This friend was a old broadcast engineer probably close to 60 .... If he's still live and kicking im sure we'll all be fine...   Only thing that ever bothered this guy was the wasp's out by the tower.. i can understand that one   
                                                                                                                                        Thanks for your time
                                                                                                                                                               Joe

[EMdevices]

Roberto i fully understand you are experimenting with an eye on safety issues.
Who want's to blow himself up right?
But i also think we should push the experiments to the limits.
And i do think 50 Volts does not even come close to what it needs to start catalyst sequence.
Actually 42 Volts is conciderd to be "safe" over here.
My experimenting floor is at 500 volts and i will not go below that just to make sure i do not miss something.
I am not affraid of high voltage and if i injure myself with my tests then so be it.
That only tells me i need to be more carefull.
It looks like the 500 Volt still isn't high enough so i am thinking to raise it above 25.000 Volts to meet the exesive voltages the faulty circuitry pushed out in the malfunctioning television sets, back in the day's.

M.

nice knowing you Marco, we'll miss you buddy!!     LOL   

[EMdevices]

My units behave exactly like common radios in one way....

Think of the power unit as a device similar to a radio receiver...

My units behave as though they are variable tuning devices, and
we are tuning them to a frequency just like a radio.
The closer you get to the center frequency the more power you
permit the collector to dissipate into a load...

In the case of my power unit, you create several frequencies
within a space of the collector coil's circumference.
The frequencies are directly related to the circumference of the
collector coil....

You can begin to collect the current and dissipate it with no need for
amplification because the signal source also becomes the feed for
the power source and has the natural tendency to run with gain...

The only part he doesn't have any idea about is that by starting
the oscillation you cause the current to flow in the collector which
causes the magnification of the process within the collector which
will ultimately produce the greater voltage and power in usable
amounts during operation....

The good news is, you have such a clear picture now that you actually
have all you need to make one of these things.
It may take you a long time to stumble on all the correct frequencies
necessary to have a really good super power generator, but you CAN do
it...
Because I did.