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C. H. Porter
Jun 16, 1994, 10:59:24 AM6/16/94
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UNSUBSCRIBE C. Porter
ALISON LOUISE MCNAUGHT
Jun 16, 1994, 8:20:43 PM6/16/94
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Please send some info on fractals please!!!!!!
ALISON LOUISE MCNAUGHT
Jun 16, 1994, 8:27:20 PM6/16/94
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PLEASE SEND SOME INFO ON FRACTALS URGENTLY!!!!
JENNIFER LISA STOKES
Jun 16, 1994, 8:43:51 PM6/16/94
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COULD YOU PLEASE SEND SOME INFORMATION AS SOON AS POSSIBLE ON FRACTALS AS
IT IS URGENTLY NEEDED
THANXS FOR YOUR HELP
IT IS URGENTLY NEEDED
THANXS FOR YOUR HELP
ALISON LOUISE MCNAUGHT
Jun 16, 1994, 8:54:21 PM6/16/94
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WE ARE DOING AN ASSIGNMENT ON CMC AND NIR SOURCES DEALING WITH FRACTALS
AND ARE JUST SEARCHING FOR ALL THAT WE CAN. YOUR ASSISTANCE HAS ADDED TO
OUR ASSIGNMENT. IF YOU HAVE ANYTHING ELSE IT WOULD BE MUCH APPRECIATED!
AND ARE JUST SEARCHING FOR ALL THAT WE CAN. YOUR ASSISTANCE HAS ADDED TO
OUR ASSIGNMENT. IF YOU HAVE ANYTHING ELSE IT WOULD BE MUCH APPRECIATED!
Ivan Freyman CIS 15c 24ef
Jun 23, 1994, 11:48:43 AM6/23/94
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Hi, I am a fractal programmer.
I have a question about Newton's complex boundaries:
The classic formula used to illustrate Newton's boundaries is
x^3-1=0
This produces an image with three basins of attractions,
each basin representing a root of the equation. Now, my question is:
What formula produces images with copies of the Mandelbrot set inside?
or maybe even Julia sets? I have looked through many books, but
they usually just skim the surface and dont go in too deep about newtons
complex boundaries. Any help would be highly appreciated.
I have a question about Newton's complex boundaries:
The classic formula used to illustrate Newton's boundaries is
x^3-1=0
This produces an image with three basins of attractions,
each basin representing a root of the equation. Now, my question is:
What formula produces images with copies of the Mandelbrot set inside?
or maybe even Julia sets? I have looked through many books, but
they usually just skim the surface and dont go in too deep about newtons
complex boundaries. Any help would be highly appreciated.
Thank you.
-Ivan
bryce...@gmail.com
Mar 21, 2013, 3:05:07 AM3/21/13
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Hi Ivan of 1994, this is Ivan of 2013. You don't need the formula any more because you already have it. I mean, I do. Well we're the same person so it doesn't really matter. What does matter is that I'm writing this letter to the 1994 me, who will never read it. That's pretty weird and pointless.
Ivan from 2013.
Ivan from 2013.
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