Thane Heins Perepiteia.

[CRANKYpants]

It wasn't just me then...I thought it was 'smile' also...and I'm gradually facing the fact that my eyes aren't what they usta be, and I need glasses.
Regards...

WE SEE WHAT WE EXPECT TO SEE...
I THOUGHT IT WAS KIND AND NICE AND "EVOLVED" TO SEE TWO FORMS OF "GOOD" ONLY.

T

[Cap-Z-ro]

I am also pleased when my first inclination is a positive expectation...particularly in view of my background and all the forensic political sites I visit.

Regards...

[MarkSnoswell]

DEAR ALL,

I AM POSTING YET ANOTHER THEORY BELOW (FROM ANONYMOUS) ... WHICH IS VERY WELL THOUGH OUT!

GOES ALONG WITH AETHER22'S THEORY, BUZZ'S THEORY AND NARIVASANT'S SPINWAVE THEORY...

hmmm...  I beg to differ ... I have had reason to do some recent pulse studies on large coils (3,600 m of 0.3mm wire 0.5H). You can forget about any analysis based on lumped circuit design. Think about this -- if you apply a pulse to a coil and the pulse is a fraction of the transmission time of the coil then what inductance does the coil exhibit?
Clearly as the pulse is just entering the coil (it has not completed even one turn yet) it sees almost zero inductance. Then as the pulse progresses along the wire it sees an increasing inductance.
Now think about the opposite end of the coil to where you applied the pulse -- long before the current ever reaches it it will experience the rising magnetic field and there will be an induced counter pulse generated.

The net result is that you have to think of a very large coil as a solid state transmission medium when you are applying fast pulses to it... and there are some very strange results if you look closely at what is really happening.

Now -- in a motor configuration where you have very fast rising magnetic field... This is speed up by the presence and interaction of a low impedance coil... you find that you are already in the realm of having to consider the transient (transmission) response of the large coil.

Sigh -- In for a penny, in for a pound ... Get rid of the physical rotor and speed up the "motor" an order of magnitude or a few and see what happens. This moves you into a regime where the "large" coil really is large and the "anomalous" effects can be greatly amplified.

Oh -- and a rotating field has angular momentum in case you are worried that without a rotating mass it wont work. You just need an efficient way of generating the rotor field. It's never been published but I have a simple way for creating a passive three phase resonator -- this is just one way of creating your fast rotor. ... but don't rule out doing it mechanically -- I made a serpentine (not published) motor a while back that was both efficient and had a large number of poles -- 64 from memory. It really isn't hard to crank up the rise time on a mechanical version at least an order of magnitude from where you are -- and then you can probably get another order of magnitude with the right magnetic (low inductance) coil design.

PS - *really* think out of the box. Look closely at the interface of the two coils. You wont find any free energy in classical theories or any simple variation of them... don't even assume that you are dealing with electrons flowing through copper conductors as the source of anomalous energy.

[wattsup]

@CRANKYpants

Thanks for the lam specs.
Found their web site.
http://www.magmet.com/page1.php
Lots of goodies.

[CRANKYpants]

PS - *really* think out of the box. Look closely at the interface of the two coils. You wont find any free energy in classical theories or any simple variation of them... don't even assume that you are dealing with electrons flowing through copper conductors as the source of anomalous energy.

THANKS FOR THIS MARK - AS FAR AS I AM CONCERNED THERE IS NO BOX (I AM OPEN TO ANYTHING) AND I DON'T SPEND TOO MUCH TIME (GETTING LOST) TRYING TO FIGURE WHY IT WORKS - BUT RATHER HOW TO CONTINUE MAKING IT WORK - AS WE FINE TUNE THINGS AND MOVE FORWARD.

T