Imhotep's Radiant Oscillator Video

[Vortex]

YouTube - Bodkins 40.AVI

http://ca.youtube.com/watch?v=EddcotROmzc

http://ca.youtube.com/watch?v=7yvL86Cl1XE

YouTube - Bodkins 43.AVI

thanks Arron

@All, some videos still processing
I had to do this before Lidmotor
will do a scr neon charging battery video next!!

Ok LOOKING-GOOD ..!!CAPS!!
I was able to view video 40 and 43 but not 41 and 42
41 and 42 seem to be missing or is it just me?

[Inquorate]

New video

Wood seems to amplify the 'not capacitance effect'...

YouTube - Inquorate 16 salt water cap

[braden]

[Bodkins]

YouTube - Bodkins 40.AVI

http://ca.youtube.com/watch?v=EddcotROmzc

http://ca.youtube.com/watch?v=7yvL86Cl1XE

YouTube - Bodkins 43.AVI

thanks Arron

@All, some videos still processing
I had to do this before Lidmotor
will do a scr neon charging battery video next!!

[Inquorate]

Oscillator circuit

Oh and apparently you can change the waveform, but I won't be able to see it... Poo.

[Inquorate]

Got a high frequency dual triode today

It's a 12ax7/wa/7025, and I think I'll use it on my second ignition coil (to pulse transistors).. Found this circuit which purports to allow frequency and amplitude modification with dual triode valve... Fun times ahead!

Electronics 36

Can't find any scr's for cap discharge pulse circuit but got a 100v 200uf cap and have 90v neon...

[gotoluc]

Luc, I liked your video. Very interesting observation on the coil.
What is the frequency of your circuit?

Hi Corrie, the frequency is 357Khz and the DC resistance of the coil is about 1 ohm.

I have just found a very easy way to extract the radiant energy from the coil and can now light a small light bulb.

It's 2:26am now, so I'm ready to sleep but tomorrow I will make a new coil of 3 ohms to see if the radiant energy keeps building with more turns. I'll do a video of the new setup powering a real light bulb

Stay tuned

Luc

[Tishatang]

Hi Luc
In looking at your latest video, I think you have a standing wave with voltage at its peak at one end and at a min at the other end. Maybe there is a fine line between standing waves and radiant energy?

A good reference link here, partial quote below:

Class Notes: Tesla Coils and the Failure of Lumped-Element Circuit Theory

"Is there any question that Tesla is speaking of a distributed transmission-line resonator? Well, if so, listen to his correspondence to the US Patent Examiner on November 15, 1897. He is explaining what happens if the resonator excitation-frequency is raised (i.e., the wavelength shortened). As every electrical engineer knows, a grounded quarter-wave transmission-line resonator possesses a Vmin at the base and a Vmax at the top. If the frequency is lowered, the structure is too short for quarter-wave resonance, and if the frequency is raised, then Vmax positions form down in the resonator. The same is true for both helical coils and spiral coils. Concerning the latter, Tesla wrote,

"If the transmitting and receiving coil were made longer than the quarter of the wave-length of the electrical disturbance in the wire, then the points of highest potential would not fall at the inner ends of the coils ... as required, but nodal points would form, as the case may be, somewhere in the middle of the coils ..." [Dr. Nikola Tesla - Selected Patent Wrappers, compiled by J.T. Ratzlaff, Tesla Book Company, 1980, Vol. 1, p. 150.]

This phenomenon is decisive. It occurs only on distributed resonators: it is impossible with any lumped circuit element! (The current has the same value at every point along a lumped-element.) To understand what is happening, consider a cylindrical helical coil of height H. The base is always forced to be a voltage node (it's grounded). The top is always a relative voltage loop at the odd quarter-wave resonances and a voltage node at the even (half-wave) resonances. These boundary conditions constrain the mode patterns on the structure (called spatial harmonics). We assert that velocity inhibited partially coherent forward and reflected RF traveling waves form interference patterns on the coil.

II. Physical Description. At the fundamental (quarter-wave) resonant frequency there is a Vmin at the base and the Vmax appears at H (the top). At the next mode there's a Vmin at the base, a Vmax appears at 1/3 H, then there's another Vmin at 2/3 H, and, finally, a Vmax at the top. (The structure is 3 quarter-wavelengths tall.) At the next resonant mode there are voltage nodes at the base, 2/5 H, and 4/5 H; and a Vmax appears at 1/5 H, 3/5 H, and at the top. (The structure is 5 quarter-wavelengths tall.) To see the nodes sharply, you have to be at the resonant frequencies. (The impedance is following a circle around the Smith chart and the voltage is varying accordingly.) We will number the modes in terms of the number of quarter-waves on the structure: n = 4H/g. [The resonant frequencies are called "overtones" instead of "harmonics". Only overtones that are integer multiples of the fundamental are called harmonics. For a nondispersive resonator the fundamental is called the first harmonic, the first overtone is the second harmonic, the second overtone is the third harmonic, etc. However, a helix is a frequency dispersive resonator - the velocity factor is not a linear function of frequency and, therefore, the overtones of the resonator are not integer multiples of the fundamental.] At the next overtone, the voltage nodes are at the base, 2/7 H, 4/7 H, and 6/7 H. The Vmax are at 1/7 H, 3/7 H, 5/7 H and the top. Sketch a vertical line with 7 equidistant tick marks. Sketch heavy dots (nodes) at 0, 2, 4, and 6. Sketch in loops with maxima at 1, 3, 5 and the top. (The structure is 7 quarter-wavelengths tall.) The magnitude distribution of the spatial interference pattern is called a standing wave. At all the odd resonant overtones, there is always a Vmax at the top and a Vmin at the base. The pipe organ, trombone, violin, harp, guitar, xylophone, ... (even a flag pole) ... are all transmission line resonators. No wonder Helmholtz and Lord Kelvin were so entranced by Tesla's wonderful coil: it's a musical instrument whose very soul has been tuned for creating an electrical fountain of celestial fire. One can write analytical expressions for all this, of course. (They're in Appendix VI of our book Vacuum Tube Tesla Coils.)

Tishatang

[Aromaz]

Luc's Coil

Hi everyone,

I have a small update video if anyone is interested: YouTube - RESONANCE EFFECTS FOR EVERYONE TO SHARE test 5

Luc

Luc, I liked your video. Very interesting observation on the coil.
What is the frequency of your circuit?

[Aromaz]

one needs to keep in mind that everything vibrates even us....by touching the circuit...the system is probably vibrating at a combined frequecny of the circuit and what our bodies vibrate at.

Now here is part of what I am trying to figure out.

[gotoluc]

Hi everyone,

I have a small update video if anyone is interested: YouTube - RESONANCE EFFECTS FOR EVERYONE TO SHARE test 5

Luc

[nat1971a]

one needs to keep in mind that everything vibrates even us....by touching the circuit...the system is probably vibrating at a combined frequecny of the circuit and what our bodies vibrate at.

[Inquorate]

@ Randy - one can never have too much knowledge at one's disposal.. Although, if you could also post links to more free time if you find it, that would be much appreciated
It actually saves us all time really, having relevant research info just offer itself up... Don't know bout everyone else, but stuff I've posted took hours of sifting thru shi*......

@Bodkins / all - just a standard circuit for what comes out of system before ground, and standard amp/voltage record of what we put in.. The differences we put into our circuits is important, I think. Wouldn't be so far along otherwise. Besides, will be able to determine which setup gets highest return etc......

/// capacitance - when I noticed that touching stuff changed resulting circuit frequency / oscillation / output brightness, I tried using every cap I had on those same places, and I'm pretty sure it's not the body's capacitance... My new multimeter measures capacitance and I measured mine, plus my voltage diff to part of system, and after applying pretty close values to that, still not the same.. So, I too would say it is the energetic response that living matter has on the resonance of surrounding aether that causes a change on the resonance of the aether surrounding system, and therefore changes resonance / action of system itself..

All in my blog.. And all these links it seems... Quite frustrating to have to try re-discover all this knowledge, but less frustrating than not being able to.

Deep thoughts

There was a guy in my 4 unit geometry and trigonometry class at school (so long ago now) who never came to class. In the exams, he had to rediscover some aspects of math that I barely understood, let alone knew how to apply! And he got in the 99th percentile! What I wouldn't give for a mind that agile eh.

[Vortex]

Detectors

Thanks for bringing this up Randy. I looked over one of those pages and was surprised what I read! He even uses lead and wood as examples and their "porousness"!!!!

I'll have to look more in depth to Kozyrev's work. I think I've seen reference to his work but there is only so much time to dedicate to studying different people's work.

@Aaron and all,

When I saw "detection devices" which would give us additional methods to view effects: Since not everyone has a scope and the meters readings are not very good at giving insight into effects. I posted without reading much if it first.

But more food for thought for those that have not read the articles ...

link

Some of these non-mechanical torsion-wave detectors were reproduced by the team of A.V. Chernetsky, Y.A. Galkin and S.N. Kolokoltzev, who also created a device that generated and stored this aetheric energy much like a capacitorthe vibrational frequency of a quartz oscillator could become 1000 or more times faster than it was before it was placed in between the plates.

This should raise an eyebrow, as the reliability of quartz crystals to maintain a steady pulsating rhythm while having electricity pass through them is used to keep accurate time in the vast majority of digital watches and clocks in existence.

Above information might be useful to create a detector and collector?

Chernetsky's work: "In one experiment with an input power of 700 watts, three kilowatts was extracted by the generator to resistive loads"
I don't have the codec to view this but the audio worked:
Chernetsky...The Discoverer of Vacuum Plasma Energy

Kozyrev determined that strongly right-handed molecules such as sugar can shield torsion effects, whereas strongly left-handed molecules such as turpentine will strengthen them. Subsequent Russian investigations also determined that common polyethylene film acted as an excellent shield for torsion waves, and were used in many different experiments such as those discussed by Dr. Alexander Frolov.

Components that stop working and then later, after time, work just FINE..

Some of these non-mechanical detectors can demonstrate quite substantial changes in the presence of torsion fields, and in the case of tungsten and quartz, the effects of torsion fields on the material can be irreversible. All of the following will show changes in the presence of torsion-wave energy:

* the conductiveness of electronic resistors, especially those made from tungsten metal
* the mercury level in thermometers
* the vibrational frequencies of quartz crystal oscillators
* the electric potentials of thermocouples
* the viscosity of water
* the amount of electronic work that can be performed in a photoelectric cell
* the reaction rates of chemical compounds (such as the Belousov-Zhabotinsky effect)
* the growth parameters of bacteria and plants

Source: 1.16 MASTER LIST OF NON-MECHANICAL DETECTORS Link

Would this not explain replacing parts because they have STOPPED working
only to find out later (over time) those parts are OK and can be reused.

Below covers NON-MECHANICAL DETECTORs

A Substantial Interpretation of N. A. Kozyrev's Conception of Time
I was unable to determine if anything could be useful to us

I don't know how this all fits together but it seems important to
bring to the attention of the group here. I know how it is easy to
go off onto tangents and exploring.
Sometimes seemly little things can be very important.

information overload .. ??
Randy

[Aromaz]