Rodin Theory & Coils

[acerzw]

@Motorcoach1...

The parameters, we will have to feel/intuit them at first, I will put the basic build parameters in the index as we develop them, since you have build experience, please comment on them, suggest others, I will probably just start with a suggestion as to a standard coil size... what do you suggest as a good size?

Note: The papers on Rodin's site show there are many potential theoretical coil configurations, so part of the challenge will be to use his theory, which will take a fair amount of research, in order to figure out what each possible configuration may do... I suspect that the numbers hold the key and that each may affect different physical properties of reality... so we might discover an anti-grav coil by accident 

Once I have boned up on his theory enough, I will try to see if I can work out which configuration will be best... may take some time... but well worth the effort...

I hope Marko Rodin makes contact, so much we could learn...

Acerzw

p.s. slightly off-topic but Rodin's ideas about DNA are supported by an image that wattsup keyed me onto, he posted a link on the TPU thread (http://keelynet.com/unclass/hardy1.htm). It was done with a Tesla coil... but makes you wonder what a good Rodin coil would do if it was used in this way! Tom Bearden often mentions the multi-dimensional nature of parts of Tesla's designs... which is a clear link with the Maths of Rodin's... plus see the paper by Tom Bearden at the end of Rodin's site... supporting his ideas... wow...

[otto]

Hello all,

I have over a year a Rodin coil TPU. It works good.

Inner diameter 4", outer diameter 6".

You already mentioned the JLN labs page where I found this Rodin coil. Dont complicate it. Just make a donat ring with cork in the dimensions you want and wind the Rodin coil.

If you built it properly you will have a giant magnetic field if you pulse this coil. It was the best and biggest magnetic field I ever saw.

All the time I have 2 TPUs: 1 with a Rodin coil collector and 1 with a Mobius coil collector so I can see whats better.

Now a little warning: your oscilloskopes are in dasnger!!

Otto

[acerzw]

@otto

Thanks for the warning, nice to hear you had a good and interesting field, yes basic is the way to go...

otto, what did you pump your coil with, sine or square waves? can you post a picture of your coil here with some basic specs? how did you wind it?

Cork electrical properties: http://www.scientific.net/0-87849-402-2/940/

I think we must use sines for this project, if possible... given that nature uses sines...

Acerzw

[otto]

Hello all,

@Acerzw

I pulsed always my coils with square waves until I bought last week tubes.

At Naudins page you can find everything. A picture of my Rodin coil TPU would show you nothing because the Rodin coil is totally isolated with isolation band.

1. make a drawing on paper with the wanted dimensions
2. every 10? make a mark because the windings are in such a manner
3. my Rodin coil has 11 wires for A and 11 wires for B
4. wire diameter is #24 = 0,5mm
5. core made with cork

I dont know how long the wires are because I made my coil a loooong time ago and didnt wright down the lenght.
From my dimension, 6" outer, 4" inner diameter, you see that you cant wind it like in the picture. Its easy: just imagine, your hole in the middle is much bigger then that one in the picture.
ALL wires from 1 turn to the NEXT are concentrated at the INNER diameter. In this way you have also concentrated the magnetic field inside the donut.
I didnt measure the resistance or anything.

This Rodin coil I use as a collector. As controls I use my ECD coils.

Sorry, my picture was a quick one.

Otto

[acerzw]

@otto

Thanks for your coil details... If I am understanding your diagram correctly your coil winding indicates that it is not a true Rodin coil... perhaps an otto custom job?... I think that for our new efforts here must stick to the winding style or described in the Russ Blake's paper on Rodin's site... since his coil design is based on a form of pure topologically precise maths... still interesting post...

Acerzw