Tweet
This link is highly interesting, and deserves a thread of it's own i think 
Coil in wall could wirelessly power multiple electronic devices
Which shows a scientific study proving that transmitted energy can be "multiplied" in total power output, by using multiple Resonant coils carefully tuned to a single Transmitter Coil (something many have said in the past, but now we have proof). There are still losses of course (from both Distance and from imperfections in the circuit and Resonance), but if enough of these receiving coils can be used in "isolated parallel" (lol, i don't know what to call it exactly), according to this data the total power will eventually exceed that used by the Transmitter.
Even though each successive receiver added will drop the individual power output of all the receivers a bit.. from the data, this is apparently not enough to keep each additional one from adding to the "total power" figure... So there would still be still a "gain".
An interesting case of each Resonant coil "pair" separately adhering to the Laws of Thermodynamics, yet in a multiple receiver coil arrangement "total", NOT adhering to CoE
As long as the coils were just far enough away from one another and the Transmitter Coil to not mutually interfere with their magnetic fields, it should then be possible to build an enclosed device with, say 12 receivers powered by one transmitter coil (perhaps arranged in a "sphere" around the transmitter)... And this transmitter could then receive its operating energy from perhaps 3 of the receivers sent back in a "loop"....
As long as these receivers can be arranged close enough to the Source without interference, the Law of Inverse Square should allow for efficient enough transmission to get at least, say, "60% efficiency" from each receiver coil.... so enough of them would provide "OU" (extrapolating from the data shown, with 12 Receivers we may get around "COP>3" or so, minus the fed-back power).
The experiment takes a "real" wattage load from the receiving devices (thus shutting down a potential argument of it being "fluffy power").
One problem of building such a device would be getting them all near-perfectly tuned (and keeping them that way). I would think that finding mass-produced coils of a specific type would help a lot there (although fine tuning would still be needed). Perhaps a single-board processing solution with floating point DSP could control and vary the inductance of the separate coils in real time, allowing for load variances... I suspect something like that would be needed to keep "everyone" in the best possible Resonant condition... As, if i recall correctly, "Load" will strongly affect the resonance of each receiving coil and throw it out of tune (as well as even atmospheric pressure and humidity). Of course we can get around that somewhat for testing purposes by using constant load devices such as bulbs or simple resistors.... Or motors running at constant RPM and torque.
We have seen many special coil arrangements in free energy devices over the years. All of them i remember reading about needed "seed power" to get going. What if many of these were actually tapping into this, and were simply working via this "Multiplied Output via Resonance" principal (whether their inventors realized it or not)? This would explain how difficult some were to get working, there are a dozen factors to deal with when tuning for Resonance. Dunno, but this one appears very promising to me.
And we can think about ways to use this with Longitudinal waves; which could significantly lessen the losses from distance from the transmitter (lol we NEED Mr. Dollard to come out of retirement to help with this one! ).
And this basic idea should be impossible to lock it up in Patents entirely, since Tesla showed it 110 years ago and others' since
What could be Patented i guess, and what may turn out to be key to production models, are clever and effective methods for the on-the-fly Resonance tuning needed for widely varying Loads.
Coil in wall could wirelessly power multiple electronic devices
Which shows a scientific study proving that transmitted energy can be "multiplied" in total power output, by using multiple Resonant coils carefully tuned to a single Transmitter Coil (something many have said in the past, but now we have proof). There are still losses of course (from both Distance and from imperfections in the circuit and Resonance), but if enough of these receiving coils can be used in "isolated parallel" (lol, i don't know what to call it exactly), according to this data the total power will eventually exceed that used by the Transmitter.
Even though each successive receiver added will drop the individual power output of all the receivers a bit.. from the data, this is apparently not enough to keep each additional one from adding to the "total power" figure... So there would still be still a "gain".
An interesting case of each Resonant coil "pair" separately adhering to the Laws of Thermodynamics, yet in a multiple receiver coil arrangement "total", NOT adhering to CoE
As long as the coils were just far enough away from one another and the Transmitter Coil to not mutually interfere with their magnetic fields, it should then be possible to build an enclosed device with, say 12 receivers powered by one transmitter coil (perhaps arranged in a "sphere" around the transmitter)... And this transmitter could then receive its operating energy from perhaps 3 of the receivers sent back in a "loop"....
As long as these receivers can be arranged close enough to the Source without interference, the Law of Inverse Square should allow for efficient enough transmission to get at least, say, "60% efficiency" from each receiver coil.... so enough of them would provide "OU" (extrapolating from the data shown, with 12 Receivers we may get around "COP>3" or so, minus the fed-back power).
The experiment takes a "real" wattage load from the receiving devices (thus shutting down a potential argument of it being "fluffy power").
One problem of building such a device would be getting them all near-perfectly tuned (and keeping them that way). I would think that finding mass-produced coils of a specific type would help a lot there (although fine tuning would still be needed). Perhaps a single-board processing solution with floating point DSP could control and vary the inductance of the separate coils in real time, allowing for load variances... I suspect something like that would be needed to keep "everyone" in the best possible Resonant condition... As, if i recall correctly, "Load" will strongly affect the resonance of each receiving coil and throw it out of tune (as well as even atmospheric pressure and humidity). Of course we can get around that somewhat for testing purposes by using constant load devices such as bulbs or simple resistors.... Or motors running at constant RPM and torque.
We have seen many special coil arrangements in free energy devices over the years. All of them i remember reading about needed "seed power" to get going. What if many of these were actually tapping into this, and were simply working via this "Multiplied Output via Resonance" principal (whether their inventors realized it or not)? This would explain how difficult some were to get working, there are a dozen factors to deal with when tuning for Resonance. Dunno, but this one appears very promising to me.
And we can think about ways to use this with Longitudinal waves; which could significantly lessen the losses from distance from the transmitter (lol we NEED Mr. Dollard to come out of retirement to help with this one!
). And this basic idea should be impossible to lock it up in Patents entirely, since Tesla showed it 110 years ago and others' since
What could be Patented i guess, and what may turn out to be key to production models, are clever and effective methods for the on-the-fly Resonance tuning needed for widely varying Loads.
Comment