The Newman Matrix

[gaby de wilde]

hi,


Imagine the magnet in the center being pulsed and the other 26 work as pick up coils.The pulse should be just strong enough to self sustain after hand cranking everything up to speed.

But

Perhaps each coil needs pulsing for it to work best.

Or perhaps one per axle works best.

Or perhaps just the center pilar.

Can put them all in parallel on one alternator.

Or perhaps they really need their own communicator each.

[gaby de wilde]

here is a vertical savings.

[gaby de wilde]

The flux beyond the coils is normally lost.

We take the field from 2 newman machines and we make it overlap.

by saving the coil we can overlap the fields even further.

Like having 2 Newman machines on one and the same spot. ^_^

[gaby de wilde]

Here is an idea for the axle angles.

I don't know which is more efficient but I assume placement under 90 degrees could work out.

Perhaps they should spin in reverse logical direction. :-)

[Koen1]

Imagine the magnet in the center being pulsed

You mean to say we feed pulsed DC to the coil in the location of the central dot in that green grid?

and the other 26 work as pick up coils.

Alright... why are there permanent magnets inside the coils, and do they need to be askew (scheef) for this to work? Why exactly are they askew anyway? Or is that just for the purposes of this drawing?

The pulse should be just strong enough to self sustain after hand cranking everything up to speed.

Hand cranking what to speed? You were talking about pulsing the central electromagnet coil, not about cranking anything up to any speed...

But

Perhaps each coil needs pulsing for it to work best.

If you're going to pulse every electromagnet, then what effect would that have?
What exactly do you mean by "it", and how is that different when it "works best"? you're being very unclear.
I thought you suggested pulsing the central coil and using the surroundig coils to collect whatever there is to collect...
But now you're talking about pulsing every coil and using them to collect what? The same energy you just put in? I don't get it...

Or perhaps one per axle works best.

One per axle? Do you mean to simply do away with the entire matrix grid then,
and simply stack a couple of these coils on top of eachother? How would that be different, exactly? I mean, doing that, and then
putting a few of those next to eachother seems to give a very similar effect to using the matrix grid version...

Or perhaps just the center pilar.

And now you're definately talking about simply stacking a few of those magnet coils on top of
eachother, doign away with the rest of the grid...

What makes you think that could produce OU?
I mean, you're talking about a simple stack of a couple of coils... Possibly with permanent magnets in them...
Unless of course you are in fact talking about something quite a bit more intricate, but you omitted to mention the rest of the story...?
Is there some principle that you don't mention here? If so, your story may make a lot more sense than it seems to, but I can't tell...

Can put them all in parallel on one alternator.

Doesn't that depend a whole lot on the actual output pattern?

Or perhaps they really need their own communicator each.

Ok now you've lost me. Coils using communicators?
"this is coil alpha calling coil beta, come in coil beta" "coil beta receiving you loud and clear, over"
You must be talking about something else...?