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Beyond Rodin Part 1 of 5

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Uploaded by on Dec 8, 2010

Going beyond Marko Rodin's "vortex-based mathematics". I demonstrate the geometrical relationships to arithmetic extend to other geometries for other counting bases. Rodin's videos
http://www.youtube.com/watch?v=K93dL65Q724

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Education

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Uploader Comments (WaiteDavidMSPhysics)

  • science will kill you!

  • @igivesalt ...or save your life.

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All Comments (16)

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  • @vharmonic The metal will shield it as well as the metal casing of a Microwave oven does its microwaves.

  • @WaiteDavidMSPhysics

    I am curious about using a Rodin coil as an acoustic resonator, inside of an acoustic musical instrument. If there is no electricity involved in this would there be any danger of creating microwaves in your opinion?

    Thanks for the videos!

  • @ondamedjedi Its a property of coils with spacing. The same kind of thing happens in LC circuits. Pulse an LC circuit and it will resonate a characteristic frequency. The coils don't make use of fractal geometry, but such are relevant. Modern Cell phones do. Inside the antenna runs a fractal geometric pattern because it more efficiently absorbs the transmission energy.

  • @WaiteDavidMSPhysics thanks for the reply I think I understand, seems independent of frequency its just a property of any coil like that like a fractal nature sort of thing?

  • @ondamedjedi The kubic coils I've seen have gaps and as such are no safer. However, you have to have the gaps to get all the interested external magnetic effects. 

  • @ondamedjedi Its not the driving frequency I am so concerned about. To make an analogy when you blow in a flute the energy beating it stimulates the flute to resonate the air in it at its resonate frequency particular to its geometry. Putting gaps at regular spacing around the coil gives the coil an electromagnetic resonance frequency with a wavelength on the order of the size of the apparatus and qualitatively we call that microwave.

  • so playing audio frequencies through these creates microwaves?  how is 20k hz how is that 1ghz? Is the kubic style without the gaps a better way to go?

  • @ExtraMike89 No, I did the math right. You just didn't understand it. Not everyone can probably. Most people don't really even *understand* base ten math really, just memorize tables in grade school.

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