Spinor resonance -- explanation for TPU like devices

[Motorcoach1]

 If i'm reading right there is a greater acoustic coupling if the electrons are spun into the mag feild rather than forced harmonicly , even though you need the harmonics to gather the crop sorta say then aling them in the spin ,through the spin. would that elongate the feild and travel of the photon ? if it does then all in  the electron feild would try to be grabbing each others nutron causeing chaos. mmmmm   maybe thats whats needed (stripping effect)

[joe dirt]

Hello Mark

Thanks for starting this topic (and this theory)  this is top notch,  The theory
plus an excellent visual reference makes this thread a most fascinating read.
looking forward to working with this material.

@M.C. do you see any similarity between Marks work and Esa Manu? 

http://www.overunity.com/index.php/topic,2169.0.html

Concerning the motor design you mention, I could make a 3d model of it for
  you as a visual reference but no cad mods for cnc though 

Much appreciated
Dirt

[BEP]

Mark,

this fits in with your thread here.

Take a look at this webpage put out by NIST.gov

http://www.nist.gov/public_affairs/techbeat/tb2006_0831.htm

Researchers have figured out how nanoscale microwave transmitters gain greater signal power than the sum of their parts...

EM

Good one!

Before fancy electronics multi-generator standby systems would be synchronized and paralleled by using a process called ?Dead Field Paralleling?. They would start both engines with the voltage regulators turned off, close one to the bus and then the other.
When the engine RPMs locked in together and ground current subsided they were equalized and locked. With the regulators off the generators only had residual magnetic strength in their rotors.

At that point both regulators were turned on at the same time and the engines would alternately surge a bit until voltage was stabilized. They then ran as one.

Energies always attempt to equalize. Whether it is water in a puddle or micro-thingamabobs. This idea isn?t new to me BUT the total output when combined IS.

[Motorcoach1]

@ Joe Dirt : It's funny you mention that , Yes Eas is studing the Photon effects and Blue cell cavities useing small Sq aluminum parts. I my self looking at the Quarts with vapoized aluminum , In the cavaty that quarts should aling and stablize. the Square alinimum cubes i feel is to critical and hard to stablize. as the spin efct starts to take place the qurats crysitiles will have time to form there natural direction so the accoustics values say in step with the harmonics. other wise there are miniture lighting bolts going on inside the cavity and that starts another reaction that has to be delt with.      As for my motor I will start a thred soon and all people  will be welcome. this will be a team effort , this is my sole design and people that that flame any one will be gone.                       @ Mark , thank you for the thred . There was a new paper published last month from the university of mexico on the cube you mentioned but the great thing I read was the feed back circut had been reconed with , I do not have access the the schools arcive wich is close to outsiders but it would be  an interesting read.  by the way Esa manu has made spreat sheets on this look in his forun thread and you can down load the Exls spreat sheets . It's a very indepth study. you may find this very interesting.   

[MarkSnoswell]

LOL ? if we take the concept of circular static pulse fronts traveling around concentric circular paths and driving current in a central secondary to its logical conclusion we might conceive of something like this?


See the attached render for reference


A Longitudinal Wave Accelerator (LWA)
Mark Snoswell, July 2007.

As shown this consists of two circular sets of capacitor plates: a top set and a bottom set. There are vertical inductors (straight wires) connecting pairs consisting of an upper and lower capacitor plate.

The entire arrangement creates a circular transmission line for longitudinal waves.
A novel feature is a central secondary line that is placed within the transmission line in a manner that electrons will be driven in a longitudinal wave manner down the wire. Thus we may engineer a device to deliver longitudinal waves, rather than transverse waves down a conductive wire.


NOTES:

The transmission line can be excited from any point, or multiplicity of points by either voltage pulses delivered to the capacitor plates or current pulses delivered along vertical (inductive) connects.

By careful timing of pulse input points, repetition rates and offset timing we can build up any multiple of resonant waves within the circular transmission line. It should be noted that the upper half (ring) of the transmission line will carry signals 180 deg out of phase with the lower transmission line.

As depicted the resonant waves circulating in the transmission line are symmetrical from their injection point. Some sort of directional bias would be required to trigger rotational acceleration of the signals in opposite directions == thus creating a vorex of electrical and magnetic fields around the central axis. Capacitive, magnetic, and mechanical directional bias controls are all possible, although it is anticipated that the vortexing action may be self starting (albeit slowly) in the presence of the Earth?s magnetic field alone. This would lead to opposite action in southern and northern hemispheres and to orientation (horizontal and vertical) sensitivity of operation.
Of interest is the performance when driven by sets of 3 different  duration pulse trains in the harmonic ratio?s of 1:2:4, 1:2:3, 1:2:5, 1:2:7, 1:3:7 etc. Pulse timing can also be adjusted to establish 3 phase rotation of the fundamental frequency around the transmission line.

As the device works in a longitudinal wave mode it is expected that the Q for resonance will be greatly (10-100x more) then with conventional transverse EM resonators. This will entail extremely fine tuning for efficient operation and may make it difficult to find and stably hold resonance.

At resonance the device is also expected to generate extremely high potentials between capacitive elements in the transmission line. Care will need to be taken to avoid destructive breakdown between the plates and the plates and the secondary.

Protective measures could include:

Encapsulating everything an a dielectric ? this will also increase the capacitance of the transmission line and could assist in tuning and increasing power densities;

Operating in a vacuum;

Tuning slightly off resonance;

Introducing resistance into the transmission line ? this should either be linear resistance or non linear resistance to clip peak power levels.


OUTPUT:

The output would be sinusoidal AC on top of a DC bias ? the voltage would swing from ground up to a maximum. The AC component will be very high frequency and could be easily filtered out. For ease of matching to conventional electrical devices the device can be modulated with toroidal (or axial) magnetic field at the line frequency (50 or 60 Hz). As this is a magnetostaic (not inductive) modulation signal it can be efficiently delivered by a resonant circuit.

DC biasing of the secondary coil is also desirable to enhance the effects. This is easily achieved by taking the output through an isolation transformer and floating the LWA secondary to a high absolute voltage. Aa isolation transformer is highly recommended as it will (with proper design) filter out the HF AC component and also convert the longitudinal EM wave into normal transverse current that current electrical appliances are designed to work with.



Enough fun? I think you should get the idea by now and see just how this might work. I wonder if it really is all that simple? ? Damn, something else I have to add to my ever growing list of things to test


BEP ? what do you recon ? worthy idea? ? worth someone testing?

Cheers

Mark.