Steven Mark´s associate Jack Durban comes forward with more info !

[forest]

There are two ways: tapping existing magnetic disturbance or creating own one.Each require knowing exact resonant frequency or harmonics.
I'm not sure if creating own magnetic flux will be OU but why not ?

[innovation_station]

well i think the jt does just this ... and it is infact ou beond 1 doubt...  and i would not doubt sm to be the originator of the jt ... but really who knows all of em use the kick weather they understand it or not

just the way i see it ... 

here is a coil i threw togather just now 

jt it ... and tap the extrnal feilds produced.. 

ist 

i have an inductor cap rectifier ring i made too i will in 1 of the many tests drop it inside the 4" coil and see what happins ...... 

[stevenDmark]

Dear friends,

I am being watched very closely. Last week somebody hacked into my email account and changed the password. I am not able to respond to any new messages. When i first found that the system was putting out more energy then i had to put in, the idea of rotating the energy came to mind. The first successful units only deliverd a couple of volts, but when these are put into rotation it amplifies the output many fold! The key is in resonating with the energy present. As most of you know in classic radio reception, the low frequency component is filtered out of the carrier wave by a diode and fed into a capacitor to smooth it out into sound. Some receivers first mix the received signal with a signal from a local oscillator and then the mixed signals are further processed in the next stage. Even other receivers stimulate the oscillation by feeding back a small amount of energy into the tank circuit. Remember what i told you about the VHF and UHF tubes that i used and the crystal clear results. Tubes can go far beyond the limits of transistors because the signals are processed at high voltage. This all relates to noise. If you have some noise in your amplifier, say 0.01 volts this is insignificant when the important signals are occuring at 250 volts or more, but when the important signals are only as low as tens of volts, this noise becomes major problem to deal with. And this is only noise, I am not even talking about the generation of odd and even harmonics... Which are another problem to deal with. In my units we are also intrested in a low frequency component but this component is a result of two or more other signals. This means it differs from the classical diode capacitor extraction methode and we are only intrested at mixing signals in the higher bands. Mixing two or more high frequency signals can result in a low frequency beat. Remember what i told you about the two signals slightly out of phase... If one of the coils is tuned to the beat of the high frequency mixing, it will resonate. If your high frequency waves are also resonating with other magnetic waves this will add to the final result...

Sincerely,
SM   

[Mk1]

@all

Anyone playing a guitar or base should know about the third wave created by 2 similar sound ,when tuning a guitar with the fifth fret , or any other way ear when the sound come close to being in tune you start hearing it and slows down until the guitar is tuned , well it slows down below hearing range , same deal here , thank SM.

This effect can be done with any two alike freq , but to get ou you need resonance form a unknown freq . Could it be deduced by the freq we already know .

Mark

By the way , i am sure some people around here would love to prove or disprove your ID maybe enough to hack you Sir .

Maybe just maybe some proof .

[poynt99]

Whoever you are, you blew it with your last post. It should be obvious to most now that this is not the real Steven D. Mark.

.99