I suppose that this is basically a rehashing of phmfthacim's post from a few months ago, but are these cross sections paralell to the plane that the mandelbrot set itself is on, or are they perpendicular to it (or at an angle to it, I suppose)?
Also, do you have any links to the 3 people making physical versions of the mandelbulb?
It's based on hypercomplex numbers, so there are in effect, two imaginary axes, not just one.
Basically, each hypercomplex number consists of 3 'sub' numbers (represented by x,y,z for the Mandelbulb), instead of 2 as with complex numbers (which can be represented by x,y).
Totally closed eye visuals DXM style
Jmsn72 8 months ago
like a cat scan
jerzkid87 1 year ago
It's kinda like an MRI of a fractal.
mozzarell 1 year ago
I suppose that this is basically a rehashing of phmfthacim's post from a few months ago, but are these cross sections paralell to the plane that the mandelbrot set itself is on, or are they perpendicular to it (or at an angle to it, I suppose)?
Also, do you have any links to the 3 people making physical versions of the mandelbulb?
Thanks!
Truth0is0beauty 2 years ago
Can you make me a 3-d rapid prototype model of this?
Hewpie 2 years ago
In theory yes. From what I've heard, around 3 people are doing just this I think.
TwinbeeUK 2 years ago
Or one of those 3-d laser etchings that are embedded in a glass cube... Make a lovely paperweight!
Hewpie 2 years ago
So are these slices along the imaginary axis?
phmfthacim 2 years ago
It's based on hypercomplex numbers, so there are in effect, two imaginary axes, not just one.
Basically, each hypercomplex number consists of 3 'sub' numbers (represented by x,y,z for the Mandelbulb), instead of 2 as with complex numbers (which can be represented by x,y).
TwinbeeUK 2 years ago
MY MIND IS NOW OFFICIALLY BLOWN! The amount of detail unseen because of the resulting layers on top is staggering!
ThePanicOffice 2 years ago 3
Wow.
jamesbillions 2 years ago
Intense.
Zyphet 2 years ago 3