Inquorate said:QER: _http://youtu.be/--xufBweiFU link not valid please see next post
Inquorate said:I should note that all I've done here is replicate the inventor's work, after doing research. Please don't share the video link to everyone.
Inquorate said:I have already posted a 'schematic', it produces energy; about 1 joule per second, which is admittedly not much but it can be scaled up. With a couple of neo magnets, copper and aluminum foil and polystyrene, plastic, etc, a couple of 1n4148 high frequency diodes an a small capacitor, anyone can see it for themselves. Just dont leave the meter leads on, they drain the ccapacitor quicker than a single stack can charge it.
You would need terrawats of background RF to fill a capacitor to 6 or even 2volts, so no its not that.
Inquorate said:To be honest, this is not the forum for technical discussions. If youre interested, try it. If not, thats ok too.
The video does not show clearly the measurements, not even what is measured. Also, there is no sensible description. Schematics?
Buddy said:Prometeo said:Why would there be any offence? if you are a "scientist" you got to be prepared to the criticism.
I meant that I wasn't intending to offend you with my comments. I might have been overstepping my bounds, though, so my apologies if so. I'll probably be working on my impulse control forever.
I have tested a number of LEDs, and most ordinary ones will give good light at 10 milliamps at 1.8 to 2.0 volts. One joule/second (1 watt) could power 50 LEDs if the voltage is just right.Inquorate said:And I promise you all when I can light an led, I will. 1 joule per second wont light an led.
curious_richard said:I have tested a number of LEDs, and most ordinary ones will give good light at 10 milliamps at 1.8 to 2.0 volts. One joule/second (1 watt) could power 50 LEDs if the voltage is just right.Inquorate said:And I promise you all when I can light an led, I will. 1 joule per second wont light an led.
I know I am just jumping into this, but do the plates have to be separated by air? If an insulator is okay between copper plates, it might be convenient to use circuit board material, which comes in many thicknesses. Here is one example:Inquorate said:So, in one of the new, Quantum Energy Receiver videos posted by Dr Stiffler, he mentions he uses a divider between plates that is 1/100th of an inch thick.
I will have to stop now and think some more. I wonder if electroplating the "right" mixture of iron, cobalt, nickel, and/or rare earths onto copper would work.Inquorate said:so long as you use both paramagnetic and diamagnetic materials, you do something to the spinning magnetic field lines, which makes the quantum waves spit out particles in different amounts on each plate.
monotonic said:I still don't know what is between those two plates.