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FractalMonster β Just a Deep-zoom1
by-nc-sa
#mandelbrot #set
Published: 2015-08-15 23:56:22 +0000 UTC; Views: 850; Favourites: 44; Downloads: 12
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Description
Must be seen downloaded in order to see all subtle details.Haven't been inspired for uploading for a while, so here I go again
Β
Software: Kalles Fraktaler. Se my journal,
New Revolutionary Algorithm for the Mandelbrot set
Formula: The standard Mandelbrot formula (z -> z^2 + c).
Magnification: 2.7x10^38
Coordinates:
Re: -1.74994311762317828246924567465254663040156954949604892775326940675
Im: 0.0000049515136354373173233658806251869849785040899432371474590509
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Comments: 15
Haha, I love this one - it reminds me of the E. Coli bacterial cell ha ha
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You may be right 
BTW, have you heard about fractals before?
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Yes I have. Β I have just never made any of my own. Β But I do find them interesting.Β
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They are
Maybe you would appreciate my Chaotic series of fractal articles (<- click) if you have a little theoretical interest
Regarding deep zooms in the Mandelbrot set, if you check out my deviation Cauliflowerfort and click the link under "Artist's Comments", from page 4 you can follow the entire zoom sequence in 28 steps
In this journal you have some links to cool fractal animations I stumbled over at YouTube. Also check out the zoom videos in this journal
.. and from the middle of the nineties there is a fantastic TV program about fractals, Colors of Infinity by Arthur Clarke
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W o o w!!! Spectacular!!! Color choice is indeed admirable.. So many claps for you Β Β Β
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Really glad you like it 
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How can I not like it? Have you tried some other functions? I did
z = sinΒ²(z) + C i.imgur.com/6q98lJb.jpg
and some other stuff I don't remember.
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I have, mainly for higher degree polynomials. The fantastic thing is that you often find "quadratic motives" in those
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Yeah, aren't they
I zoomed rather randomly
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