Location in the Mandelbrot set z^3 + c
This is the same kind of zoom method as was used for
, now applied on the 3rd degree Mandelbrot set. Thanks to Kalles Fraktaler for implementing perturbation for this fractal! I zoomed very rough and fast because I just wanted to see what it would look like. I think the randomness in this caused by the rough zooming actually turned out to be pretty nice. Note how low the magnification is. It's because shapes are much closer to each other in the 3rd power Mandelbrot set. It really makes a huge difference and it does actually make it easier to explore.
Coordinates:
Re = -0.2754540800037159147988012245766986989506972491540947467271925358857405817448058964117420846278941156587617485329288010167448891783709099583442697498572354593057010236876313021869958635
Im = -1.2523370716385274901529790243876410633562501379385716110360708549830384058605721976908813696660026605671793807058250599438911013691966653022152293796500461847740317144649934836264947449
Magnification:
2^511
6.70390396496E153
This is the same kind of zoom method as was used for
, now applied on the 3rd degree Mandelbrot set. Thanks to Kalles Fraktaler for implementing perturbation for this fractal! I zoomed very rough and fast because I just wanted to see what it would look like. I think the randomness in this caused by the rough zooming actually turned out to be pretty nice. Note how low the magnification is. It's because shapes are much closer to each other in the 3rd power Mandelbrot set. It really makes a huge difference and it does actually make it easier to explore.Coordinates:
Re = -0.2754540800037159147988012245766986989506972491540947467271925358857405817448058964117420846278941156587617485329288010167448891783709099583442697498572354593057010236876313021869958635
Im = -1.2523370716385274901529790243876410633562501379385716110360708549830384058605721976908813696660026605671793807058250599438911013691966653022152293796500461847740317144649934836264947449
Magnification:
2^511
6.70390396496E153

:origin()/pre00/0c7e/th/pre/f/2014/133/b/8/perturbation_for_z_3___c_by_dinkydauset-d7i9kp5.png)
My first inspiration was a video called Metaphase. It's a classic. Even though I liked it, at the time I had no idea how much variation and potential the Mandelbrot sets really have.