Selfrunning cold electricity circuit from Dr.Stiffler

[fritz]

Is it possible that white LEDs driven with rf
emit additional light caused by an em field which
directly excites the phosphor stuff inside - additional
to the excitation by the silicon ?
This would mean that you experience a boost in
optical output, a rise in efficiency.
I would expect that the differential resistive part of the
LED goes up on high frequecies.......
In such case the brightness of the individual LEDs would
be different due to standing waves on the transmisssion/array
line.
Another point are the two 1N4148 diodes.
Operated in the MHz range - I would expect that the
diodes just limit the amount of charge which is
exchanged with the LED?s.
These diodes are even to slow to clamp a video signal
in a proper way...

rgds.

[xee]

@abassign,
Congratulations on getting at least 30% efficiency, you are doing much better than me. It is strange that when the input current drops as a result of touching the coil that the voltage across the LEDs stays the same. Are you sure this is correct?

[xee]

@abassign,
Please do provide more information. You are even getting better results than Dr. Stiffler.

[abassign]

@xee

Thanks, but before making the compliments it needs to make many tests, it could be a fake.
The tension of the LED is constant in how much dependent from the characteristics of the LED. The white LED (as the LED in my experiment), normally have a drop tension of 3-3,5V. In reality it can vary, increasing in operation of the current. The circuit with one wire seems to relatively give a constant tension, current up with the frequency and the characteristics of the circuit. I think when the circuit must accord well, as well they know who work with the radio, when they must accord their antennas to the transmitters.
To accord the circuit they must use particular systems, or to modify the frequency (obviously this road is not usable from a serious radio operator), but for this work is a little problem.
To set the hand in proximity of the wrapping, modifies the characteristics of it and therefore the frequency.
The characteristic of the wave at the oscilloscope varies and becomes very more intense, the transistor heats less (there are evidently smaller standing waves) and therefore it decreases the absorption of the circuit, and to the LEDs it arrives more current.
I think that is the motive for this the dramatic improvement. My problem is as to vary this frequency so that to make permanent such improvements.
I cannot stay with the hand attached to the wrapping all the day   ...
Not only, but I think that who has succeeded in making this type of circuit has done used LED with elevated drop tension (the Blu or white LED have a hight tension of drop) and had the fortune to build a well according circuit.

Now my problem is to understand whether to realize such according circuit or vary the frequency of the oscillator.

Best regards
Adriano

[jonesbeene]

Indeed the LEDs do have special properties, and it seems that many commentators on this circuit cannot seem to realize the full and deeper meaning of this; and cannot rid themselves of the notion that this circuit "should" operate as a standard resistive circuit for measurement purposes. By "deeper meaning" let us say "deep as a well" - a quantum well.

To be more precise, it is becoming obvious by now to many builders that the LEDs (at least partly) are a SOURCE of power, and not just a consumer of power. The watt of less from the battery powers the oscillator, and that 'starts' the process, but reflected power in the plug, and the refluxing of RF probably accounts for more actual power converted into light - than the battery itself, by the better circuits.

You simply cannot put a resistor into the series chain (the "plug") and expect meaningful results, as with a normal circuit, and the circuit with no LEDs must be some kind of perverted joke, as it is absolutely meaningless for what can be accomplished with a proper realization of where most of the power is coming from - not the battery but the LED itself.

Many of the ultra-brite LEDs, and I think those made by Cree and others can be included in this, are actually called "quantum well"  LEDs ! If you do not understand quantum tunneling, then the above remarks about the LED being the source of power (partly or entirely) and not merely a consumer of power from the battery, will mean little to you. This is basically a QM device and perhaps one of the first to depend on QM coherence.

One results in the mechanics is that the electron -- which tunnels through the quantum well -- as it comes out of the thin dielectric layer is near light speed -- and there is even a controversial claim of  *superluminosity*
http://www.telegraph.co.uk/earth/main.jhtml?xml=/earth/2007/08/16/scispeed116.xml

Superluminosity is NOT needed for understanding this putative gain, however. An electron travelling at 99.999% of c increases in mass substantially, and that gain in mass-energy would then become the proximate source of the power which the LED is "self-generating" via  the quantum tunneling. As to what is the ultimate source of power  (i.e. ZPE, or gravity,  etc) - that is far less clear, but let me make this practical suggestion to builders.

It might help to change you point of view and look at the LED as a source of contributory power, and forget trying to get accurate resistive measurements. The anomaly here is in visible light. If you want to prove the anomaly, rent of buy the best light meter you can afford and base all your circuit modifications on light output alone. BTW you must get over 100 volts-equivalent for tunneling, with most LEDs... google for VCNR  LED -voltage controlled negative resistance to understand why.

Let me make another practical suggestion, to the morons here who are putting Dr. Stiffler down.

Get a life! and move-on over to Randi's forum where you can entertain each other with your own silliness.

I'm sure that you have better things to do with your time than actually impeding this first real sign of progress towards the goal of measurable power coming from quantum mechanics, and hopefully ZPE. Even if the circuit turns out not to be thermodynamic OU,  it will still be extremely important as a source of ultra-efficient lighting - and that accounts for up to a quarter of all grid power.

Jones