Originally posted by JJUK
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Hi UFO,
I went away for the weekend and have spent a whole morning reading the motors thread just to catch up. It's great to see such an enthusiastic embrace of your ideas but there's just so much info to keep abreast of. How you find time to do it I really don't know. (I've got to force myself to do some work this afternoon so that my family doesn't starve!).
I didn't actually spot that mistake I have to confess! I was busy looking at the big picture more than the detail. The question that I have may well expose my ignorance but having had the weekend to mull it over and still not having been able to come up with an answer I thought I'd better stick my head above the parapet and satisfy my curiosity.
The answer that you gave adilu on the motors forum talked about the Push-Pull action when a coil is pulsed and convinced me that I had understood the basics of the principle that you have described. But what I am not sure of is what limits the quantity of radiant energy that a coil can capture when in its "Negative Induction" phase. Is it merely when the coil reaches saturation? If so, when building a solid state device I am assuming that the timer should be adjusted or tuned so that each new pulse occurs at the point at which the coil reaches saturation. And does the pulse duration have an effect on the duration of Negative Induction and thus radiant energy capture? Is it better to saturate the coil with the pulse or not?
With this in mind but taking the concept a step further, is it possible to tap the coil when it is in its Negative Induction phase so that saturation is never reached and the coil continues to pull in radiant energy. In this fashion the pulse is merely acting to prime the system. In my mind I envisage the process to be akin to siphoning a reservoir (radiant energy) with a hose (coil) into a bucket. The hose is primed once and then the water will continue to flow indefinitely whilst there is water remaining in the reservoir and the hose remains below the waterline of the reservoir and not in the bucket. If you were to put a float on the end of the hose and then put the hose in a bucket with its rim above the waterline then the flow would stop once the bucket had filled (coil saturation). In order to restart the flow the bucket has to be drained and the hose re-primed (pulsed). However, if the bucket has a hole in the bottom of a size such that the water flows out of the bucket (something is now draining energy from the coil) as quickly as it enters then the water will continue to flow until the reservoir falls below the level of the bottom of the bucket. I am working on the assumption that the reservoir is being topped up by streams etc at a rate equal to or greater than the rate at which it is being siphoned. Otherwise we're all in trouble!
I could of course be making a fool of myself.
Regardless, I would value your opinion.
JJUK
I went away for the weekend and have spent a whole morning reading the motors thread just to catch up. It's great to see such an enthusiastic embrace of your ideas but there's just so much info to keep abreast of. How you find time to do it I really don't know. (I've got to force myself to do some work this afternoon so that my family doesn't starve!).
I didn't actually spot that mistake I have to confess! I was busy looking at the big picture more than the detail. The question that I have may well expose my ignorance but having had the weekend to mull it over and still not having been able to come up with an answer I thought I'd better stick my head above the parapet and satisfy my curiosity.
The answer that you gave adilu on the motors forum talked about the Push-Pull action when a coil is pulsed and convinced me that I had understood the basics of the principle that you have described. But what I am not sure of is what limits the quantity of radiant energy that a coil can capture when in its "Negative Induction" phase. Is it merely when the coil reaches saturation? If so, when building a solid state device I am assuming that the timer should be adjusted or tuned so that each new pulse occurs at the point at which the coil reaches saturation. And does the pulse duration have an effect on the duration of Negative Induction and thus radiant energy capture? Is it better to saturate the coil with the pulse or not?
With this in mind but taking the concept a step further, is it possible to tap the coil when it is in its Negative Induction phase so that saturation is never reached and the coil continues to pull in radiant energy. In this fashion the pulse is merely acting to prime the system. In my mind I envisage the process to be akin to siphoning a reservoir (radiant energy) with a hose (coil) into a bucket. The hose is primed once and then the water will continue to flow indefinitely whilst there is water remaining in the reservoir and the hose remains below the waterline of the reservoir and not in the bucket. If you were to put a float on the end of the hose and then put the hose in a bucket with its rim above the waterline then the flow would stop once the bucket had filled (coil saturation). In order to restart the flow the bucket has to be drained and the hose re-primed (pulsed). However, if the bucket has a hole in the bottom of a size such that the water flows out of the bucket (something is now draining energy from the coil) as quickly as it enters then the water will continue to flow until the reservoir falls below the level of the bottom of the bucket. I am working on the assumption that the reservoir is being topped up by streams etc at a rate equal to or greater than the rate at which it is being siphoned. Otherwise we're all in trouble!
I could of course be making a fool of myself.
Regardless, I would value your opinion. JJUK
Hello JJUK!
Well a great question there...the examples are awesome...I love the "Bucket" idea!...
The way I have interpreted as per my experience and tests...I will try my best to explain it...so please be "open minded"...
The way Radiant Field gets excited...is not through our Electrical Field at all, so looking from electronic flow end, will not help to understand this phenomena at all...but on the contrary...will make it more difficult to "digest"...
Radiant Field gets excited through our Generated Magnetic Field into open space. Now the means of making that happen from our end, is obvious we need electronic flow in coil...as Amps and Voltages...but what defines the "Incoming Reversed Radiant Field" is our Huge Magnetic Pulse out...then at the point we collapse our magnetic field drastically at zero time, zero electrical values...Radiant drives in at a faster rate, at a faster frequency and intensity. RE enters at our Times Off, looking at our Square Wave...From here I have tested playing with the duty cycle and Frequency...as with voltage intensity...and there are certain points when she enters constant and robust...and other that does not occur the same, so I have to increase, scale up my magnetic field strength to achieve same parameters...As I have observed many other effects that affect "Her" to increase or decrease...like certain types of Light Spectrum...basically Ultra Violet rays...
The Final frontier to make it "usable" is to store the Radiant Energy in High Frequency Capacitors...then process back to Hot side...it is not "usable" to run our equipment as is in Her "Original State"...
Another great advantage is Her capacity to induce "negatively" through air, without any loss...through Isolated and Non Isolated Secondaries...We could create as many "branches"(outputs) as we want with just One Coil Pulsing...and that is awesome.
Now you have mentioned something very interesting, and reminded me I have to disclose that...as to finish those videos and diagrams...and it relates exactly to what you are "conceiving" it could be done...and incredibly you are very right...I will explain....
There is a type of connection, a very simple one...that we have to make between Diodes Oscillator and Coil...and basically is just one single wire...I call it "Enhanced Mode"...when I do that, Radiant Enters super strong at first shot...first pulses...but once I have it On, for a small period of time...I can physically disconnect the negative pulses from oscillator...and Radiant will stay...however, and exactly like you have said...if we pull too much load...she will simply go...disappear...that we have to "re-dial" to get her back again...
Hope this explain-answered, somewhere near your questions.
Regards
Ufopolitics
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