The Master Of Magnetics "Steven Mark"

[mrd10]

Dave I tried to reply to you , but it kept saying i double posted, then when i have alook, theres nothing there. Im trying to send you zip file, showing same experiment in japan, now from the url post ive been reading 3 people have done this, so it would be worth trying

[dutchy1966]

Pulsing the collector coil with some 100mA and seeing the "kicks" on the control coils.
Ten pulses and a pause. See the scope shots. Just one pulse frequency.
That low frequency after the 10th pulse is very intriguing.
Also the rising amplitude of the kicks.

Kosh

Hmmm, and now find the right frequency so that the magnetic wave fronts add up and the output gets squared. Just like the pictures that Mannix sent a while back. It depends on the size of your TPU.

Dutchy

[dutchy1966]

Dutchy, if we assume for a moment that this is the operating principle, and it could be a good basis.  However, what has this to do with kicks in a single wire and collector coils at 90 degrees?

If we send signals round and make them add with correct phasing, etc, we may have more power now, but it still wont couple in to a collector at 90 degrees.  There is something else.


Regards,

Dave.

Basically we are driving TPU backwards from what we assumed sofar. This is more or less what tao came up with before he got a mail from mannix saying he had the control and collecters the wrong way round (and then mannix comes back months later with a picture where the presumed collector get pulsed.....).
If you look at mannix picture again, you'll see that there is a second horizontal coil within the pulsed coil, and that one is the output. So it shows two horizontal coils, one gets pulsed and the other is the output. Remember squeezing the garden hose?
So what are the vertical control coils for? Maybe they pickup the pulses when they go round and adjust the timing?

Anyway the timed pulses and therefore the wave adding is the only principle sofar I can imagine to gain some power. So maybe we should design our own )

Robert

[dutchy1966]

Dutchy,

If we send a signal in the collector and take it from the control (as we have them the wrong way round!), they are still at 90 degrees and subject to the same law!

However, the open TPU clearly does not show a collector at 90 degrees, but only in the large TPU.

Does this mean it is not necessary to have it at 90 degrees, or that what ever energy it is, can couple in any direction it wishes.

You could conclude that since neither magnetic or electric fields can interact this way, that it must be something else entirely.

If you look at mannix picture again, you'll see that there is a second horizontal coil within the pulsed coil, and that one is the output. So it shows two horizontal coils, one gets pulsed and the other is the output. Remember squeezing the garden hose?

[mflynn44]

Hey folks.
There was a post here last night (US Eastern time) from a handle "Anybody" with about 100 posts under it. I haven't seen that handle before, so I made a note to read his/her posts today. However; it seems to have dissapeared along with all the posts.
Has anyone else noticed it?
Thanks.

I noticed it last night.

It was about four farm animals.
One animal asked for help planting seeds but the other animals refused to help.
The first animal then asked for help harvesting the crop but the other animals again refused to help.
This first animal then asked for help grinding the grain but the other animals again wouldn't help.
The first animal then baked bread and told the other animals he didn't need help eating the bread.