Mindblowing EXTREME zoom into the Mandelbrot Set

Vimeo submitter, teamfresh, says: "The final magnification is e.214. A magnification of e.12 would increase the size of a particle to the same as the earths orbit! e.21 would make a particle look the same size as the milky way and e.42 would be equal to the universe. This animation took me about two days to set up. My computer then rendered day and night non-stop for just over a month to produce the animation."
Croccydilesays...

The description is actually quite spot on. Most commercial fractal software would have died a painful death at around the 1:00 mark from lack of enough precision. Double precision can represent incredibly large/small numbers, but only have 16 significant digits. You need heavy duty math that can go way beyond this. Another issue is with incredibly deep zooms, there are more iterations needed to "see" what is down that far, and this takes even more computer time.

If the final zoom is really in the realm of 1 x 10^-214 I have no doubt even a modern computer would take a very long time to render each frame, as there would likely be billions of iterations to see that far down.

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