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Author Topic: Fibonacci, platonic solids and Vortex coils  (Read 265296 times)

jadon1979

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #210 on: September 30, 2010, 04:14:14 AM »
One thing I would like to see is all of these different coils sitting in over a ferrous liquid like toner+synthetic motor oil.  I plan on dipping a rodin coil in the same silicon you dip the grips of your tool in to make handles and then setting up a few test with this.  Maybe build a lexan box - have the rodin a few mm above the material... try channel 1 > 2 > both > join 1 & 2 as a single channel and try that.  Take it to the next level and have a neosphere on rods above the coil... test that.... place another coil above the neosphere .. try that...

Curious if the material will climb the rodin.... go up to the sphere... and then up to the other rodin.... I've got a vision of the infinity symbol slowly forming with this if done right.

resonanceman

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #211 on: October 12, 2010, 06:46:23 PM »
MK

Just finished reading  this  thread
Geat  work on your coils
Can't wait to see how you  end up driving them



I have   been working on a  project for a while now .
My chosen  starting point is  using a  JT strong enough  to light a CFL
In other words I want to start  with a Jeanna light.
I can  get it done in several ways
USing  a MOT  as a JT .......  my candy cane  coils....... or I could break down and  buy  a large  toroid.
There  are problems  with all these ways to build  a Jeana light .

Based  on  your  experience so far ...... is it possable to make a Jeanna light  with your new kind of coil?


What inner diameter would you start with?

I am guessing the  heavy staight wraps would be  the primarys.......any guess on whow many wraps  would be needed for each primary leg?

Any idea about how many 45 degree wraps  it might take?

I will be  using  your  nails in the tube method for  holding everything  together   during wrapping.

I know   that  this is still mostly  uncharted territory.,.  I am just asking for a few guesses.

My  guesses are   3 to 4 windings for base primary leg about twice that for emitter  primary leg.
5  or 6 inches in diameter.
I do not have a clue  about  how far to space the wires apart...........or  how  tall to make the coil  .......I am thinking  of  maybe 5 wraps per lap ........ maybe  4 or 5 laps


thanks    for any help you chose to provide


gary

Mk1

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #212 on: October 12, 2010, 09:27:12 PM »
@Resonanceman

Hi , thanks for the positive comments , so far i have tried many things with it .

But its a bit more for the inductive loads , the coupling is excellent between the coil , you can pretty much any 2 coils for the jt , the radiant shows it self with the dual jt circuit , i how ever don't think its high voltage (that will need to be tested) .

As far as the angle i have to try other , i discovered 22.5 should be the optimum i will test as soon as time permits .

the early prototypes show that the secondary no diodes sorta acted like dc , the later models on a tube gave a more standard jt ac output .

Now on the dual jt i connected the bridge between the emitter of each transistor , it gave me around 120 v i should try the unmoded cfl , the video showing a .047farad 5v cap was with only one emitter to the bridge , with both the cap over charged too fast to safely do it , yes that fast .

I wounder if my coils with high voltage what would happen , also what i was planing on doing was a switch at 80v neon bulb and triac , so cap the 120v when it gets to 80v lights the neon triggers the triac sparking the cap trough one of the unused coils , i think i can drive 2 triggers pretty fast at 80 v the changing the capacitor will change the freq . 


I will thinking of making a water filed donut (diamagnetic ) with some ferro fluids in it , water seems ridiculous at first but the oil in the ferro magnetic fluid will not mix with the water plus once the iron is turns into a magnet the water diamagnetisim will be activated further helping the ferro fluids , i think it will be really close to super fluidity at room temp .


Anyway i hope this helps ...

I know i did not really answer your questions but , the rules are about the same as a regular jt , the freq really flexible for a air core , or copper core , what ever it is , i made a 3 layer pickup coil fro the fat wire and got 150 volts or something but the amps where not there ...


Lets your imagination work it out , god manifest it self in problem solving .


Mark   

resonanceman

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #213 on: October 13, 2010, 06:01:00 AM »
@Resonanceman

Hi , thanks for the positive comments , so far i have tried many things with it .

But its a bit more for the inductive loads , the coupling is excellent between the coil , you can pretty much any 2 coils for the jt , the radiant shows it self with the dual jt circuit , i how ever don't think its high voltage (that will need to be tested) .

As far as the angle i have to try other , i discovered 22.5 should be the optimum i will test as soon as time permits .

the early prototypes show that the secondary no diodes sorta acted like dc , the later models on a tube gave a more standard jt ac output .

Now on the dual jt i connected the bridge between the emitter of each transistor , it gave me around 120 v i should try the unmoded cfl , the video showing a .047farad 5v cap was with only one emitter to the bridge , with both the cap over charged too fast to safely do it , yes that fast .

I wounder if my coils with high voltage what would happen , also what i was planing on doing was a switch at 80v neon bulb and triac , so cap the 120v when it gets to 80v lights the neon triggers the triac sparking the cap trough one of the unused coils , i think i can drive 2 triggers pretty fast at 80 v the changing the capacitor will change the freq . 


I will thinking of making a water filed donut (diamagnetic ) with some ferro fluids in it , water seems ridiculous at first but the oil in the ferro magnetic fluid will not mix with the water plus once the iron is turns into a magnet the water diamagnetisim will be activated further helping the ferro fluids , i think it will be really close to super fluidity at room temp .


Anyway i hope this helps ...

I know i did not really answer your questions but , the rules are about the same as a regular jt , the freq really flexible for a air core , or copper core , what ever it is , i made a 3 layer pickup coil fro the fat wire and got 150 volts or something but the amps where not there ...


Lets your imagination work it out , god manifest it self in problem solving .


Mark

Mark

Having  enough power to be used for an inductive load is a good thing...
In my opinion  it a few years to soon to say that this kind of coil is  only good for inductive loads........  I say this based on my own  experience.
With my candy cane coils 250V was easy...... 350V  took  a month or so.......getting over 450V with enough  power  to light a CFL took somewhere around 2 years
I suspect that at least  some of what I learned  in those 2 years  will apply directly to increasing the  maximum   voltage  avalable  from these coils.

This kind of project fits me very well.
...
One of my  big priorities is finding other practical ways  to build  large coils without having to buy large  hard to find  toroids.
JTs can't get much bigger   unless we find  good alternatives the  big toroids..
This  is the  best alternative I have seen  ........ all that is needed is knowledge and  wire..........    That is perfect

:)



gary






DonEMitchell

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #214 on: October 15, 2010, 09:34:32 PM »
@MK1

2nd post here as a clueless newbie...

Mark!  Thanks for the Fibonacci, Platonics, and Vortex coils theme!

Please consider my familiarity in this theme as an offer of mind-pool excitement:

Here are several POVRay illustrations of various degrees of torus knots...
http://psientific.org/products/torus_knot_bifilar/

The link above shows the equal-distance paths around various torus knots in red and blue.  This path is the basis of the Moebius Resistor patent.

If one puts a 1/2 twist on a strip and joins the ends, a 1/2 twist Moebius loop is formed.  Any odd-half-integer twist (1/2, 3/2, 5/2, etc.) forms a Moebius loop of various mathematically curious features... beyond my narrow focus as bifilar coils and attempts to find the 'theoretically perfect form' (or close facsimile) to invoke scalar torsion effect in balance and control. 

While the twisted strip forms one Moebius loop, there is also only one edge, a Moebius edge.  The Moebius edge is exactly a torus knot.  A half-twist Moebius edge is a (2,1) torus knot.

Notice the (5.6 megabyte) animation of a cutaway of a (4,3) torus knot of three-separate coils phased 120 degrees apart...
http://psientific.org/products/torus_knot_bifilar/moebius_edge_4-3_anim_512x384.gif

The image is half of a whole that is redrawn exactly the same for each animation frame, except it is rotated on the axis of the torus center.  This shows an illusion of the rotation that could be had if the 3-phase coils are stepped in phase.

In the animation linked above, and it's static 32 KB version...
http://psientific.org/products/torus_knot_bifilar/moebius_edge_4-3_bifilar_cutaway_512x384.jpg

One can see one coil-phase as red/blue halves in the cross-section (the white and gray loops are phase 2 and 3). 

The red loops balance the magnetic field of the blue loops to null.  A bifilar cancellation of the magnetic field exists in every odd numbered 1/2 integer twist of every Moebius edge form, and in the (4,3) knot it is a quadrature cross-section pattern.  This pattern rotates whatever effect is caused upon the core when the 3 separate coils are stepped by a 3-phase power supply.

The overall rotation of the cancellation pattern is like the motion of smoke within a smoke ring... Nature's perfect balance for 3D dynamics.

I would be so VERY interested in feedback.  I'm especially interested in investigations toward control of the green glow, and there is room at the inn!

There has been recent momentum in a start-up investor-fortified proof-of-concept, and everyone from investors through journalists are invited to be inside or close outside the investigation.

Please note:  this topic seems to have no bottom!  So many simultaneous solutions seem to lay in the geometry of an entangled toroidal poly-phased helix.  So PLEASE approach this research with due caution! In the least expect to loose a lot of equipment not properly isolated due to surprise spikes... also, distance between yourself and this device at resonance with the matter lattice of the core is STRONGLY ADVISED to avoid forming cataracts on your eyes, or worse.  Cognitive effects could be everlasting.  A Faraday cage might keep neighbors happier also avoiding ACCIDENTAL ELECTROCUTION FROM UN-ANTICIPATED INSTANT SUCCESS, but nothing will shield SCALAR EFFECTS from black unmarked helicopters if you're near a shadow government location, or nuclear sub base, etc.


Warm regards,
Don in AZ

Mk1

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #215 on: October 15, 2010, 11:13:27 PM »
@DonEMitchell

First off welcome to this tread , its all about sharing ideas so feel free to post any idea ...

Thanks for the link and pictures and expertise , i am willing to learn everyday.

I see what you mean , i will need to think about it before making any relevant comment , the funny thing is i had some similar ideas early this morning , synchronicity .

Kind regards

Mark on earth  ;)

Cherryman

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #216 on: October 15, 2010, 11:42:33 PM »
Maybe i'm way of the point here, but i did came to some relating info i think that could add some info.



Quote
Li explains that as the ions spin they also create a gravito-electric field perpendicular to their spin axis. In nature, this field is unobserved because the ions are randomly arranged, thus causing their tiny gravito-electric fields to cancel out one another. In a Bose-Einstein condensate, where all ions behave as one, something very different occurs.

Spinning ions - that' s what my email below is about (see red text).

I think I can explain what those cone-shaped holes and mirage heat waves are, but first let tell you a little about myself. I'm 30 now. When I was about 18, I saw a strange light in the sky that looked like a red ball of light. As I was looking, it shot out of sight in the blink of an eye. The first question I asked myself was not "What was that?" I asked, "How?"

Sense then in my spare time, I've researched the how question. Without getting too technical, I came to conclusion that an electromagnetic field can cause an antigravity effect IF the fields are shaped properly. There are actually two fields that need to be shaped properly. The electrical field and the magnetic field.

The electrical field has to be shaped like a tornado or a vortex. The magnetic field has to be shaped like a donut. If you can make a device that can create the electrical vortex, then the electrical field will cause the magnetic field to take the donut shape. The same is true the other way around. If you had a device that can make a donut-shaped magnetic field, it will build the electrical field in a vortex shape. These shaped fields cancels gravity.

Another thing to mention that might explain what Ricky Sorrells saw. It's known for a fact that gravity bends lights. It's part of the theory of relativity that gravity can slow down time and cause mass to change. These are relativity facts.

Now, we can explain Ricky's drawing. Each cone-shaped indention is a device that creates an electrical vortex (sometime called a plasma or ion vortex), and like a tornado with multiple vortexes, they all the add up to cause one big vortex around the craft. That big vortex causes a large donut-shaped field around the craft. Within this donut shaped magnetic field, magnetic flux lines are created in a little different shape than normal matter. Flux line are the force lines in magnetic fields. You can see these flux lines if you sprinkle metal shaving over a piece of paper with a magnet under it. Flux lines are always curved, except in the center of a donut-shaped field.

And while "floating" .. I add this ;-)

http://www.ufohowto.com/Magnetic%20vortex%20wormhole%20generator.pdf


tysb3

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #217 on: October 19, 2010, 02:07:43 AM »
hi Mk1,

some suggestions about coils. I don't try it yet, but I will.
I was away from my toys, but my mind was always on double JT :)

this coil is easy to fix.
this is clip, how to wind coil:  http://www.youtube.com/watch?v=1i5vVaKGJSM

guruji

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #218 on: October 19, 2010, 01:49:47 PM »
Hi MRD10 nice setup there. Does it give certain ammount of power there?
I really need a setup of a small JT that can charge a bank of batteries.
Is there a hero there that can do this? :)
Thanks

tysb3

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #219 on: October 19, 2010, 06:11:00 PM »
« Last Edit: October 19, 2010, 07:58:07 PM by tysb3 »

DonEMitchell

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #220 on: October 19, 2010, 06:47:23 PM »
That's beautiful work! 

Are you able to test for inductive coupling across the minor diameter? 

That would be from the center to the outside.

Per the Moebius resistor patent's claim, bifilar conduction from the outside to the center creates inductive canceling, so the toroidal helix should be able to operate like a straight piece of wire, perhaps even with less inductance.

If you have enough natural magnetite, and/or iron fillings, and/or ground ferrite, could you test the inductance when buried in each of these materials, including de-ionized water (an insulator) and mineral oil, etc. etc.

If you have a fast scope, the rising edge should go from a inductance damped rising edge if the center is cut, and only one current flow through one helix is tested, and when electrically joined in the middle you have a "scalar coil" that should have a much steeper rising edge on the current.

Any data you gather would be precious!

Great work! 

http://psientific.org/products/torus_knot_bifilar/
http://portal.groupkos.com/index.php?title=Moebius_Edge_Gallery


DonEMitchell

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #221 on: October 20, 2010, 03:28:04 PM »
I was surprised to discover, while talking to a retired radar technician, that he knew of a torus knot from his radar work.

The connection is as a 'meta material'.  The torus knot in 3d has an effect on radar beam.  A planar array of small knots is used to create an artificial index of refraction for radar beams.  These planes may be used around the radar tower as various methods to shield the installation.

The medical imaging field is also experimenting with the Swiss roll coil, which when impinged with its resonant frequency has an effect of a magnetic wire along its cylindrical length. 


tak22

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #222 on: October 20, 2010, 08:20:05 PM »
The connection is as a 'meta material'.  The torus knot in 3d has an effect on radar beam. 
A planar array of small knots is used to create an artificial index of refraction for radar beams. 
These planes may be used around the radar tower as various methods to shield the installation.

The medical imaging field is also experimenting with the Swiss roll coil, which when impinged
with its resonant frequency has an effect of a magnetic wire along its cylindrical length.

Hi Don,

You mentioned two things I'm not familiar with, metamaterials and Swiss roll coils, so I had to
look them up! How is this for a starting point?

http://www.metamorphose-vi.org/index.php?option=com_content&task=view&id=46&Itemid=70

Quote
There are many definitions of metamaterials, which highlight various aspects of this concept.

Metamaterial is an arrangement of artificial structural elements, designed to achieve
advantageous and unusual electromagnetic properties.
Even such a flexible definition
is incomplete on the one hand, and too strict, on the other. It is helpful to draw the following
analogy: Metamaterial is composed of its elements in the same sense as matter consists
of atoms. But these structural elements themselves are made of conventional materials,
i.e., finally, of normal atoms. Accordingly, metamaterial represents the next level of
structural organization of matter.

tak




Mk1

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #223 on: October 21, 2010, 08:42:35 AM »
@all

Hi everyone !

I have some drawings of the precession , it describes the path and the order of the ages (constellation) and reminds us of somethingss .

And also we see Phi clearly . Now is it binary or not ?

Would two identical system , 1/4 off create a third path , or is it the division between electrical and magnetic field .

 

DonEMitchell

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Re: Fibonacci, platonic solids and Vortex coils
« Reply #224 on: October 21, 2010, 02:04:47 PM »
Hi Don,

You mentioned two things I'm not familiar with, metamaterials and Swiss roll coils, so I had to
look them up! How is this for a starting point?

http://www.metamorphose-vi.org/index.php?option=com_content&task=view&id=46&Itemid=70

tak

Hello Tak,
Nice link above, thanks.
On metamaterials, I collected a few links in my notes:
http://portal.groupkos.com/index.php?title=Swiss_Roll_Coil

The coil category may be interesting:
http://portal.groupkos.com/index.php?title=Category:Coil