The Hardest Mandelbrot Zoom in 2016 - New record, 750 000 000 iterations! 

The furthest down into a mandelbrot set is just about the time your CPU fan is worn out and your appartment starts to smell a little bit burnt... and BOOM!(without a sound) the fuses blows and gifts you with pleasant silence.

This is of course the point just before the personal secret message for you directly from God appears...

it can go on forever, the computer doesn't have enough space to go further

it was a fkin joke

Very good, Ems!

hehe

Zzz

don't you love your deditated wam? xD

X473 *dedotated

Ignas Ded additated*

X473 *dedotaded

*deddidotated

YOU WILL NEVER COME BACK

Micah Hopper i will though because IM FUCKING DIGITAL AHHSAAHEAHEBRFJWX NMB

Keep in mind that this is a 2D image. It's not a hole or pit because there are no edges or walls. The camera is not moving through this image, it's looking at a smaller and smaller part of it.

As long as you're large enough you're fine, since the black part is contained in a circle of radius 1, and even if you're smaller than the main black body there's always a finite amount of black parts greater or larger than you. In other words, there are infinitely many holes, but only a finite amount can hurt you and they're easy to avoid. Unless you are talking about falling as if this was a tunnel. In some sense, that's correct, since the camera is approaching the XY plane through the Z axis, forming a visual cone. But there's still a limit to how far you can fall like this, so don't worry. ;)

I have.

There was a great Boxplorer2 Mandelbox demo on the original DK1 Oculus Rift, and there's another Mandelbox demo in the store.

They are called mandelbulbs

if i fell to a mandelbulb forever then i would feel empty because i fell in vr, also when i felt empty i also feel like i am falling too.

lmao thank you for writing this

Larry Panozzo Your day has been made :)

mine as well, thanks mate

those are so accurate lol

FrostMonolith 1:51 wtf a swastika?

that was so beautiful to watch, went like "Holy SHIT!"

NC Rikkroden - lol

Precisely.

+Fractal universe Mais si, j'ai fait l'expérience avec des vidéos 720p qui étaient très denses et rendaient très mal sur RU-vid, convertie en 1440p ou mieux en 2160p elles devenaient très détaillées. Sur cette vidéo, à partir de 3:00 et encore plus par la suite on voit très bien le bruit de compression.

+Fractal universe J'utilise Vegas Pro 13 (On le trouve facilement sur torrent)

Epic ! 👍👏

Yann Lby wot in computation

Well i've rendered a single picture of the whole mandelbrot set at 20,000x16,000 it took about 20 minutes for it to render before i could save it.

John Smith It's not a 3D video, but it's a a 3D shape.

No, it's the complex plane, as in, well, plane, not sphere. What you are asking for would be something coming from mandlebulb. Have look over there.

merci honkatatonka, that exactly answer what I wondered then that is one intriguing series! they are able to move around the zoom, and at 'slice points', seamlessly transition from one sequence or fractal to another. it is very elegant code! it compute only the range it will view, in real time, rather than batch the whole thing! experimenting with mapping different surfaces to a perelman-hamiltonian or a fermi-bohr-einstein membrane also produce intriguing distort, if the color return sequence is a floating point. how about feynman or wilber or inayatullah 'loops', or m bussey 'strange knots'... it was a line of thinking about mapping a plane to the interior face of an undulating/variable hyperdimensional surface... I'm trying to find some wall-sun-sun primes and reliably generate *only* those - these points would be pixels at certain fissure along such an undulation which change color with a different pattern. I mean, you can even change the camera that view the 360 mapping... it change from a fixed single perspective to a fisheye lens and so on... a d'fresnel array of cameras that stitch between them, all kinds of interesting camera effect. this can also be used to evaluate a 'coxeter membrane kaleidoscope'. non-standard analysis also suggest the complex or infinitesimal plane is all possible shapes imagine, the random change of the sequence, accompanied by random music sequences from OEIS...

mon librepenseur, that is an intriguing hypothetical - that could allow for the dynamic pastiching of those sets. especially, if we can change the 'out' return color scheme, or super-impose some in different pattern too. I mean... collisions between different shapes mapped with those already look incredible - it has a very different effect on "conway gliders" or divergent branches. indeed, juan is quite gifted in his art et math, wow, thanks for sharing that! its like a virtual tour to those infinity-mirror exhibits and fractal art installations. what I wanted to investigate more, was a coxeter-conway mapping, while undulating the shape that it is mapped to. AC Clarke et Coxeter have a few different theories on what the ring groups etc might look like.depending on our return out params. it could be a different way to sieve vast sets, or more rapidly exclude, taking a cue from eratosthenes though, also from A Robinson for non-standard analysis... je prends conge, merci pour l'sharage mon librepenseur!

that would be insane with vr

I think every moment of life is like that... 😊

Or How beautiful God si.

And you can travel down wherever you want there, and never get lost..

+Kalles Fraktaler Before I watched this video, I thought that this Whould crash ANY computer for homes, but I was wrong, The time it probly took to make this whould be : 2.4323 months.

What I guess is happening is that the person who created this coordinate was "zooming in" on the center of a pattern they found for a while, so we could appreciate it, but not for too long otherwise it would get repetitive.

it would be one hell of a ride