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Published: 2016-05-06 20:27:31 +0000 UTC; Views: 12729; Favourites: 296; Downloads: 899
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Description The Fibonacci-sequence appears in more areas than one might think. Branch positions of a tree and leave arrangements, up to scales that far outmeasure our own concept of distances such as entire galaxies. Nature's blueprints keep the design consistent at any level.


Funny little backstory, I was programming some simulations which involve some heavily recursive algorithms. During my research of optimizing the code, I stumbled over one of the prime-example of recursive algorithms: the Fibonacci numbers . What caught my attention was the fact that the Fibonacci spiral resembled the layout of spiral galaxies so nicely that I just had to do something with it! The "sketch" I made for this piece is, in fact, just this spiral upon which I painted a bit

Something which I'd also like to add is that I'm participating in Space-Revived 's Distant Starfields-contest with this piece (and maybe one more if I manage to finish it in time, haha)! After all, isn't a galaxy just an elaborate starfield that resembles a certain shape? Great entries submitted so far already, so do check them out !

Wallpaper? Wallpaper!
1:1   -- 1920x1920
4:3   -- 1600x1200
16:9  -- 1920x1080
16:10 -- 1920x1200

If you download, please be a good person and drop a as well. One click for you that means a lot to me

Enjoy!
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Comments: 14

Chromattix [2016-05-16 10:50:27 +0000 UTC]

They tried teaching us Fibonacci in school but they could have made it more interesting with diagrams like this But I will say I was still reminded of something more artistic myself - particularly Van Gogh's "Starry Night" painting. Maybe he was dreaming of galaxy-shaped clouds

The colours are nice too, reminding me a lot of the shiny insides of abalone shells (which by a good coincidence are physical examples of Fibbonacci spirals right there )

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BLPH In reply to Chromattix [2016-05-27 17:12:01 +0000 UTC]

Haha, I always found Fibonacci spirals (and the series) quite interesting on their own; it was till they reappeared as part of a lecture about recursion when they became less cool (probably related to the fact that calculating Fibonacci numbers via recursion is terribly inefficient )

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tsahel [2016-05-15 21:53:06 +0000 UTC]

superb !

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BLPH In reply to tsahel [2016-05-16 11:10:04 +0000 UTC]

Thank you!

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Meztli72 [2016-05-08 00:37:45 +0000 UTC]

Beautiful!!! ^^
I believe Fibonacci numbers (so the Golden Ratio) are Nature's signature

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BLPH In reply to Meztli72 [2016-05-14 16:17:51 +0000 UTC]

Thank you!
Absolutely, the Golden Ratio appears in so many places that it's almost scary

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Meztli72 In reply to BLPH [2016-05-14 18:28:43 +0000 UTC]

Haa haa I can see ^^
You're welcome!!!

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Scorpidilion [2016-05-07 11:02:27 +0000 UTC]

Coole Idee mit der Fibonacci Spirale.

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BLPH In reply to Scorpidilion [2016-05-14 16:17:09 +0000 UTC]

Die Ähnlichkeit ist auch bei Hubble-Bildern echt verblüffend. Da musste ich einfach was in der Art machen!

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UltraStallion [2016-05-06 21:19:14 +0000 UTC]

Awesome!

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BLPH In reply to UltraStallion [2016-05-07 08:54:04 +0000 UTC]

Thank you!

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UltraStallion In reply to BLPH [2016-05-07 16:44:18 +0000 UTC]

You're welcome!

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Panstuncja [2016-05-06 20:38:42 +0000 UTC]

Pretty ^^

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BLPH In reply to Panstuncja [2016-05-06 20:41:00 +0000 UTC]

Thank you

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