Added: 3 years ago
From: bysance
Views: 7,943
Sort by time | Sort by thread (beta)

Link to this comment:

Share to:
see all

All Comments (11)

Sign In or Sign Up now to post a comment!
  • Try this concept. Yoctation, Zeptation, Autation, Femptation, Pication, Nanation, Micration, Millation, Centation, Negative Decation, Noventation, Negative Octation, Septation, Sexation, Quintation, Quadation, Negative Exponentiation, Division, Subtraction, Zeration, Addition, Multiplication, Exponentiation, Tetration, Pentation, Hexation, Heptation, Octation, Nonation, Decation, Hectation, Kilation, Megation, Gigation, Terration, Petation, Exation, Zettation and Yattation.

  • Personally, I believe in the Continuum Hypothesis. I believe it can be derived from the paradoxes around multiplying any level of infinity about Aleph Nought by 0. You can click on my ID to see what I have to say if you are interested. Nice artwork and music. Very nice.

  • @CHistrue Godel and Cohen proved that the continuum hypothesis cannot be proved nor disproved within ZFC set theory. What exactly do you mean when you say "multiply a level of infinity by 0"?

  • Personally, I believe in the Continuum Hypothesis. I believe it can be derived from the paradoxes around multiplying any level of infinity about Aleph Nought by 0. You can click on my ID to see what I have to say if you are interested.  Nice artwork and music. Very nice.

  • mistake at 0.41

  • nice artwork, but I'm not sure it has anything to do with Cantor.

  • Thanks for the comment. Cantor & the Cantor set was the first serious mapping of fractal-ization. Check "Cantor Square" for more detail. Interestingly mathematicians go from 1 to 0. For this, I had to invert from 1 to infinite. 1mm on paper does not look like much! Also I had to stop multiplying at 748 - running out of processing power...Great inspiration though

  • @bysance The most interesting fact about the Cantor set, imho, is that it has a Lesbegue measure of 0, but a positive Jordan measure. It's also a nice example of a closed infinite set which is never dense.

  • this is a fractal or set theory? I thought cantor worked mostly on set theory and mandelbrot worked in fractals.

  • On voit ici, en partie, comment travaille l'artiste, la capacité combinatoire de son esprit, et son coup d'oeil, rapide et sûr.

Loading...
0 / 00Unsaved Playlist Return to active list
    1. Your queue is empty. Add videos to your queue using this button:
      or sign in to load a different list.
    Loading...Loading...Saving...
    • Clear all videos from this list
    • Learn more