Mandelbrot Fractal Zoomed to 2^760 Will Trip You Out
Zoomed to 6.066e+228 (2^760), this Mandelbrot fractal, which took 6 months to render, will make your room spin around if you stare at it long enough. To put things in perspective: An electron needs to be zoomed to 1E42 to equal the size of the known universe. This is zoomed to 1E228:
If the music isn’t your taste, disable it by dragging left on the rightmost bars in the player.
Two days to set up, and then six months to render, resulted in around forty 1.9GB uncompressed .AVI files. I added watermarking, fx and time remapping, before multi-pass encoding the 80GB video in h264 (32,768 kbit/sec) and the audio in AAC.
Want some perspective?
- 1E6 Vancouver Island
- 1E9 Jupiter’s radius
- 1E12 Earth’s orbit
- 1E18 distance to Alpha Centauri
- 1E21 Milky Way galaxy
- 1E30 large doesn’t cover it!
- 1E42 size of electron to the universe
- 1E228 incomprehensibly big…but we did it!
For the record, 1 to 6e228 is like expanding a proton to 70000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 00000000000000000000000000000000000000000000000000 0000000000000000000000000000000000000 times the size of the visible universe. (Proton has 1 femtometer diameter, universe has 93 billion light year diameter)
If you were actually traveling into the fractal, you would be moving faster than the speed of light.