This is more like a technology preview video from my software FractaloScop, not an art showcase.
So I am posting in this category.
Zoom is 3626x and MandelBulb geometry has 100 iterations.
If we call the lowest computable resolution of 0.0000001 as a 1 centimeter, 1 than represents theoretical 100km, and the MandelBulb itself is now an object of 2.2 milion kilometers in a diameter (that is 1/68 AU or 7 light seconds).
If you pause the video at the closest distance or when flying through the structure border you can catch the pixelation - squared objects - that is the 1 cm.
Disapearing and waving geometry is when the structural thickness drops below half of a meter.
Which is current camera structural resolution. And from some angles the algorithm catch it and from others do not.
Game of shadows and light is an error or you can call it a showcase of the limits of global illumination eye trick.
But the same error is responsible for shadows that are making structures look like solid matter.
And I assume that those errors are shadows "projected" from structures insanly far above and behind the camera.
Need further rebalancing for deep zooming.
This is my first try to fly in this insane deepnest. Previously I was flying only around the zoom 900x. New HW and parameters tweaking.
My previous video at this forum was mixing two ways of zooming (density shifting and growing), that is why I called it 25*900 aka 22.500x zoom.
But this way it is still fast enough for live flying - 25+ fps at the full-hd resolution. Of course without any antialiasing, motion blur and half the horizont distance seen in the rendered video (on GTX760) - 100 iterations are really too heavy load.
Average render time for this video (2560x1440) with 4xAA, motion blur and full horizont was 0.8 frame per second.
Video was post-processed on youtube - rebalanced light.
I have also tried to switch all computation and eye tricks off.
And after the restart of my computer I won't be trying it again anytime soon.