Tesla's "COIL FOR ELECTRO-MAGNETS".

[TinselKoala]

@TK,

Thank you! I'm up for the "Dumbell" science award again.

My "Zither of Unity" monopole SBC spiral self runner is powering the 1/2" magnet sphere in excess of the transister switch speed in the self loop video. This has to be a result of oscillatory SBC resonance. The tiny thread spool SBC up and begins to run itself too, with no output coil loop at subsonic r.p.m.

I believe that the SBC basicly begins to power the magnet with radio waves at high frequency.

When you are pushing a child on a swing, do you have to supply a push on every cycle to keep her swinging? Of course not, and you don't even have to push her on a regular basis, just with enough power to replace her losses between pushes. Your pushes don't even have to be "resonant", that is, in synch with her swinging period, as long as the net timing results in replacing the lost energy, rather than removing more.

I'm not completely familiar with your experiment, and we've clashed before about your interpretation of Tesla's patent. However, I encourage you to carry on experimenting, but I ask you to be careful and circumspect in your interpretations of your results and the claims you make. If you see something interesting and unusual, form an hypothesis about it, then try your best to _disprove_ your own hypotheses. When you fail.... you succeed.

[synchro1]

I believe the SB coil broadcasts on a magnetically resonant bandwidth, broadcasting a pure sine wave signal in the Mhz range as the coil powers up. This is transformed into kinetic energy by the neo magnet. This is because the magnetic L C frequency of the coil grows to match the frequency of magnetic oscillation in the magnet spinner field, determined by strength. Then the magnet spinner catches a tail wind!

[jbignes5]

Hey guys,


Can I ask a question? No... Lol...


What makes matter what it is? I mean is it the matter or is it from the frequency that the matter is wrapped around? Has anyone just resonated a chunk of matter and found out the frequency of each kind of matter? It has to be electrical right?


I'm not trying to start an argument but merely asking that maybe if a certain conductor that is resonant at it's own frequency, which makes it that specific kind of matter, that design of a coil should include this resonant base frequency of the matter itself.


Just a thought...

[MileHigh]

TK:

Thanks for correcting me about the height of the reflecting layer of the ionosphere.  In the back of my mind I wanted to double-check but you can get tired with "look up fatigue."

I strongly disagree with you though about using a square wave to find he coil self-resonant frequency.  We are modelling the coil as a parallel LC circuit and looking for the frequency corresponding to the the highest impedance, correct?  So why would you want to pump multiple simultaneous frequencies into the parallel LC filter if you are looking for a single resonant frequency?  When you characterize any filter it is easier to do it with a sine wave representing one frequency only, and then sweep that frequency.

I am not saying that it's absolutely wrong to use a square wave, but you could get fooled and see what you think is a peak response which is happening due to a harmonic and not due to the fundamental.  It's just "cleaner" to sweep the filter with a sine wave.

Synchro1:

I don't know if you have a scope but if you do you should do a very careful analysis before drawing any conclusions about your motor.  The full explanation for what is happening should be interesting but it's doubtful it's going to involve the very very high frequencies that you are indicating.

MileHigh

[synchro1]

Here's something very interesting on spinning magnets with radio waves. Coil and capacitor


http://amasci.com/tesla/tescv2.html


Exerpt:


"Notice that the magnet can be MUCH smaller than the wavelength of the radio waves. It's the field of the magnet that intercepts the energy, not the physical magnet poles. Also note that the physical magnet itself is not directly interacting with the incoming waves. Instead, the magnet's NEARFIELD B-FIELD interacts with the radio waves, and this altered b-field then applies a force to the magnet. The static field of the magnet absorbs energy from the radio waves, then it delivers that energy to the magnet as a mechanical force exerted over a distance. The nearfield b-field acts like an antenna! Since energy is absorbed from the radio waves, the spinning magnet must be casting a large "EM shadow," and punching a big hole in the incoming wavetrain. The magnet might be tiny, but its magnetic field can extend to a great distance. It's as if the rotating magnet surrounds itself with a large black "absorber cloud" which blocks the incoming EM waves. Obviously the magnet can only "reach out" within about 1/4 wavelength around itself. My synchronous motor has now become an "energy-sucking" antenna".

My question is:

How well does the SBC act as a radio transmitter? Answer, great!