Giantkiller moves forward into Full Heterodyning.

[poynt99]

@Jon,

yes, Tesla and his radiant energy. can't say i've seen anyone here achieve this RE effect, or at least be able to collect it in a real useable manner with a load. electrostatic coupling (i.e capacitive) can account for 99% of your output i would say.

Hail to fishermen!

sorry, i'm just a dumb little troll, what does your post mean?

He he, trolls are usually fishing for information.

that's funny, pretty sure i offered two bits of information there. but clearly you'll only see what you want to

[Jon]

@Loner

I agree, The frequencies are higher than the ones referenced from SM. That has been bothering me for a while now. The high frequencies do produce and output with my current TPU setup so i am plotting data anyway. I think there is some hope for high frequencies because I see some similarities between the TPU design and effects compared with John Hutchisons effect.

Also when you go down to the lower frequencies you should get better results with a rotating magetic field that was observable with the compas in his videos. I suspect that the purpose of the TPU design is to facilitate the transfer of energy from one location to another while an amplification or FE effect increases the power output. With high frequency there is no EM field to rotate.

I also think the rotation is tied to torsion fields in that they are the basis of most(all?) physical things. David Wilcock references experiments (Bruce Depalma?) where thrown rotating objects go higher and farther than non rotating ones. Also rotating a flywheel to a specific RPM stopping it then starting it again requires less energy to reash the same RPM within a certain abount of time.

Jon
http://freeenergygroup.com/ 

[aleks]

Aleks, I hate to "disagree"  (I hate being disagreeable)  but the bulbs in Moray's demos could
be placed underwater and ran cold.

Underwater without short-circuiting? With good insulation you can place a bulb underwater even with normal electricity (100W won't boil water too fast). Well, I may agree that it could be "colder" than bulbs under normal voltage, but I do not think it was too cold or bulb would simply break not designed to operate in deep "minus" regions (glass breakdown). Anyway, spectra a normal bulb gives off is pretty hot by itself. If it shines, it should produce heat. It's not a LED.

[poynt99]

You feel that "Electrostatic" coupling is the main "source" or the "Conduit" that
the energy flows through?  I am just looking for a little clarification?

no, i'm just saying that the output (if any) most people are seeing with their setups (and mine) is a result of ES from control coils to collector coils. i'm also saying that no one has a working tpu, so no one knows what the source is yet.

most are using pulsing in a particular setup, so it is very easy to couple energy from one coil to the other, either via TX/RX antenna coupling, or by ES. no particular orientation is needed for this coupling, although it will work better some ways better than others. it looks like this ground was covered a long time ago and it's a wonder some here are still trying this approach instead of looking at what spherics had to offer

[poynt99]

Aleks, I hate to "disagree"  (I hate being disagreeable)  but the bulbs in Moray's demos could
be placed underwater and ran cold.

Underwater without short-circuiting? With good insulation you can place a bulb underwater even with normal electricity (100W won't boil water too fast). Well, I may agree that it could be "colder" than bulbs under normal voltage, but I do not think it was too cold or bulb would simply break not designed to operate in deep "minus" regions (glass breakdown). Anyway, spectra a normal bulb gives off is pretty hot by itself. It it shines, it should produce heat. It's not a LED.

bulbs running off cold electricity have always been noted as giving off quite a different and distinctive glow compared to normal electricity