Confirming the Delayed Lenz Effect

[PiCéd]

Hello,

does anyone know if placing a capacitor in parallel in the primary will  have a much better reduction of the intensity? for exemple.

thanks of advance for the answer.

[synchro1]

The magnet bearing needs a a prime mover. DC consumes 8 watts to spin a diametric tube. What amount of piddling difference could it make if the OU claim were some percent off that it would take a high precision scientific measuring instrument to calibrate? Suppose I changed my description to next to nothing? Pushing those satillite magnts past threshold r.p.m. should speed the Prime Mover up, and Voila, be enough to make up for that very very tiny bit of difference! Not admiting to any false claims

The 2" neo sphere is the largest commercialy available. The power is inearly indescribable. I had a tiny sphere launch out of my hand and shatter against it from accross the room! I tested plenty of satillite action with it. It's got vigor! Self looped between input and output Spifilars it pays it's own upkeep. The power can increase to push a gang of satillites, but it stays even with itself and continues to run at 100% or near enough. That = factor's constant, because as you speed it up, it's self charge increases equally. Prime mover acceleration back from the satillite output coils and spinners AUL, would make the secondary output all gravy. Negative coefficient for COP factor.

A spoke pattern of Lidmotor Maggie's would do the same job. I don't even think you need a step down magnet. Lidmotor measures a gain. Does "Lenz Delay" play a part in this Maggie demo:

. http://www.youtube.com/watch?v=afEWXadfpqY

Lidmotor's runing a dc pulse into a Tesla wrap bifilar microwave coil that is then acting double duty as a pickup coil for his spinning neo tube. His input drops dramaticly when he tries to power the magnet, only to find out the magnet's powering the coil. Does this result from field induced "Lenz Delay"?

[twinbeard]

OK, I see it this way... we all get hung up on the concept and idea of "OU" without ever really defining what that is.  Without knowing what a thing really is, all we are doing is stumbling in the dark when trying to find it.  Many consider a perpetuum mobile as OU.  Others consider a device which runs itself and external loads as OU.  Some consider it to be when measured output exceeds measured input, with (rightfully) lots of room for arguing over methods of measurement and instrumentation.

I propose that none of these are the  thing we are looking for.  The thing we are looking for, when properly accessed, comes in such limitless bounds that the primary concern then becomes regulating the flow of energy to prevent an overload condition that destroys the apparatus which creates the condition that allows the energy to flow in the first place.  What is most required to find it is understanding, often only garnered through experimental work, as the techniques and effects are not generally considered "engineerable" as, in the engineering courses, the mathematics to describe them is missing.  This critical element has been simplified and replaced with 'best practices' that avoid things like parasitic capacitance or generation and propagation of impulse waves.  Thus, we on our benches must each rediscover and define the principles, interesting experimental results, and anomalous properties which allow insight into the true nature of the source of limitless energy we seek.

After almost 3 years observing this device and other similar yet less optimized devices in operation, I have noticed a correlation between output power and solar weather.  So, in answer to your recent question Deepcut... I have not stopped building;  I have only taken a pause for observation, further research, and improved understanding before heading to the bench again.  You will notice that many of my recent youtube posts have been solar weather related...

http://www.youtube.com/watch?v=Y5O1TBB5Se4
http://www.youtube.com/watch?v=6wlpPFfskjQ
http://www.youtube.com/watch?v=Sr8IAPWbdqA
http://www.youtube.com/watch?v=11Bnqhr7iBY

Enjoy

[Here2njoy]

Twin

Do you follow this guy on youtube?

Suspicious0bservers

[synchro1]

@Twinbeard,

Thanks, those videos are so refreshing, and your broad point of view generous.

"generation and propagation of impulse waves". this is very interesting!