Self accelerating reed switch magnet spinner.

[conradelektro]

@Conradelektro,

There's one more test you can make on the "Synchro coil" that you over wrapped. Wire a fast switching diode in series with a capacitor between the two coil leads and check the capacitor for spontaneous charging. Please check for this self oscillated charging effect. This is just a ten minute job! Would you be willing to a least try that?

I noticed the fastener nut you choose to connect the DC motor drive shaft to the rotor axle with that large set screw jutting off to one side. That really looks very professional. You could probably get it going faster spinning it by hand! Fine example of precision craftsmanship.

Synchro1: I am willing to try. Well knowing that it will not please you, whatever I do, because you want the impossible.

What I do not understand is why you are always that spiteful, seems to be a habit of yours. I know that there is a better way of coupling a DC motor to a an other axis, it was just a first test of the concept. And it is sufficient to turn the magnet at a known rate. Why do you think that a precise measurement done at e.g. 2400 rpm reveals less than doing it at e.g. 24000 rpm? Turning speed is just a parameter, and if this parameter is the same in comparative tests, its value does not matter.

You also seem to always misunderstand strange videos: http://www.youtube.com/watch?v=iJsVSMQqCOM

There is no energy created in this video, the experimenter puts in 12,6 V at 1.1 A (~12 Watt) into his strange transformer. Lighting the small lamp with 12 Watt is no great feat and proves nothing. There are hundreds of videos in YouTube where the input becomes less when doing strange things with a transformer or drive coil. But the overall input always is very high and the output (electricity or torque) very low.

It has something to do with the Z value (impedance http://en.wikipedia.org/wiki/Electrical_impedance). The resistance can go higher and such the input lower. Voltage / current ratio is only trivial for a DC current not for an AC current going through an inductor. If the phase angle changes (by doing something strange to a transformer) the input can become lower (but there is no gain concerning the much lower output).

I am currently trying to understand the "complex nature" of inductors and capacitors, and it is a steep learning curve. Something you seem to want to avoid.

There is something you might want to learn: http://en.wikipedia.org/wiki/Impedance_matching

And concerning crap, you seem to be the master of it.

Greetings, Conrad

[synchro1]

@Conradelektro,

Here's a quote from Dr. Richard Feynman:

"Winding a coil or helix now needs a bit more thought. Spin of the A vector potential and the dynamic movement of it needs to be accounted for".

Compare the coil in your schematic at the bottem with the "MOBY JOB" you delivered at the top!

[MileHigh]

Conrad:

That's a nice looking first setup.  I hope that you have fun with the DC motor and look forward to seeing what kinds of tests you end up doing.

Synchro1:

Those very tiny incremental changes on the display can't account for the blazingly bright increase in LED intensity!

We both know that you have no measurements to back up that claim.  Why don't you try being real?

The video by Ibpointles2 shows something that we have seen on hundreds of clips by now.  There is nothing special and it is a known and explainable phenomenon.

MileHigh

[synchro1]

Quote from Conradelektro;

Synchro1: I am willing to try. Well knowing that it will not please you, whatever I do, because you want the impossible.

The A vector potential is not impossible to harness. There's a vibrating frequency of magnetism that's a constant throughout the Universe, like the speed of light. It's measured at 7.8 hertz in the Earth's field due to impedence in the atmosphere and known as the Schumman constant. This vibration produces a spin outside the magnet core even when the magnets are stationary. The only way you can not measure this output in your "Synchro Coil" is to get the polarity of the diode or capacitor mixed up. You only have a limited number of permutations to work through before you get it right. Just get some clip wires out, and make sure the insulation is cleaned from the ends of the coil leads. Try and test for coil wire polarity with your multi-meter in advance. Polarity makes a difference; If you can't determine which end is positive, you'll have to try a hit and miss approach. It shouldn't take long before you notice a charge climbing on the capacitor in very low range. The worst case scenario would involve stripping wire off the coil as a last ditch attempt, until a charge appears in the capacitor. We can re-engage in a fruitful dialogue once you establish the authenticity of this phantom "COOK EFFECT" force for yourself. I am not trying to hoodwink you, this is not a hoax!

On our Planet, the Bloch wall has a frequency of ten to the twelfth power hertz. This wave length is between short radio waves and infra red radiation!
 
                            "THE FREQUENCY OF THE BLOCH WALL IS ONE TERAHERTZ".

[MileHigh]

Synchro1:

Your posting #837 is filled with silly nonsense and gibberish.  It's getting tiring.  It's a disservice to everyone to read that kind of stuff.  The "A field" is just bunk.  You linked to a clip where a guy lights up a small incandescent and makes some crazy claim.  All that he did when he shorted the coil was to change the AC impedance of the setup so the bulb became brighter.  You linked to a clip where a dude thinks he has made a connection between quantum effects and a bar magnet.  He is unable to explain why the nails are attracted to the ends of the bar magnet and not the center.  That puts him in pre kindergarten when it comes to electronics.

I hope that Conrad does some of the tests that you requested to see if any of your fantastic claims are true.  If they turn out to be not true (which is what will happen) then we will see if you have the character to come back and be a man and admit that you were wrong.

MileHigh