10^62m is planck to universal diameter, this is 10^114, so buy my reckoning if 00.00 is our current universal diameter we would reach the diameter of an atom by approx 00.40 and then the planck distance at 01.10. impressive set.
One frame at a time. Each frame is generated individual (each image is a minutely different location or magnification). I use VirtualDub to string them together into a video.
The music is fine, but couldn't you slow it down a little? There's quite a bit of detail in there and it's going by too fast to study. Maybe you just want to trip out to it, and that's cool 'n all, but I guarantee you wouldn't be displeased at slower rates!
All my later videos are slower and aim for a total time of approximately 4-5 minutes. At this level of magnification, though, it already takes months to create a video of this length!
Which part are you asking about? There's the fractal part, the rendering part, the video part, and the audio part. In any case, it's not going to fit here in 500 characters. Google it.
Go to the link in the description. You will see the Creative Commons license (non-commercial use only, and please attribute). You will also find a link to download the full-quality version. Enjoy and good luck on your project.
Well, not THE deepest ever, but certainly one of the deepest.
As with "tallest building" contests, the "deepest" zoom challenge depends a lot on definitions.
Check out my video Ununennius, which zooms to 9e-119, at 640x480, 30 fps, with no frame interpolation.
There are several super-deep animations, including one to E-1000 or something like that. That animation (I'm pretty sure) uses a form of "tweening", or frame interpolation, which puts it into a different category
I see that I was wise to place a question mark on the "deepest zoom ever" title! I stand corrected and I have duly corrected my title (and removed the question mark). This video was created at 30fps, 640x480 with no frame interpolation. As with you, I am sure, deeper zooms are coming soon!
If you just know where to look, you can find all sorts of patterns constructed in the Mandelbrot set's embedded Julia sets.
denelson83 1 year ago
10^62m is planck to universal diameter, this is 10^114, so buy my reckoning if 00.00 is our current universal diameter we would reach the diameter of an atom by approx 00.40 and then the planck distance at 01.10. impressive set.
Awhiffofsuspicion 2 years ago
@Awhiffofsuspicion If you like 10^114, check out my other videos. My latest animation goes to 10^275!
nosro1 2 years ago
Could you make an atom-to-universe ratio or even an electron-to-universe ratio to show us just how far we are zooming in?
OniLink10 2 years ago
Wow, that was an amazing zoom. I wish I could zoom that much.
janX9 2 years ago
Uh... how long would it take to count that high...
heh... 1 count per second ...O.K.
tomwmloppe 2 years ago
impressive. do you have a good formula for determining an appropriate maximum iteration value for a given pixel scale?
ephemerae 2 years ago
Really great video. Thanks for posting this.
e33State 2 years ago
nice music man! makes u happy^^
GeneralAnimator 2 years ago
can someone explain how the flythrough is created?
InbredRengade 2 years ago
One frame at a time. Each frame is generated individual (each image is a minutely different location or magnification). I use VirtualDub to string them together into a video.
nosro1 2 years ago
The music is fine, but couldn't you slow it down a little? There's quite a bit of detail in there and it's going by too fast to study. Maybe you just want to trip out to it, and that's cool 'n all, but I guarantee you wouldn't be displeased at slower rates!
mf0rz 2 years ago
All my later videos are slower and aim for a total time of approximately 4-5 minutes. At this level of magnification, though, it already takes months to create a video of this length!
nosro1 2 years ago
can you tell me how you did that as i would really like to use that on one of my animations please write back thanks rhian45
rhian45 2 years ago
Which part are you asking about? There's the fractal part, the rendering part, the video part, and the audio part. In any case, it's not going to fit here in 500 characters. Google it.
nosro1 2 years ago
Hey, i'd like to use this video as a green screen backdrop - may I? Ill give you credit whare its due
TehNewV 2 years ago
Go to the link in the description. You will see the Creative Commons license (non-commercial use only, and please attribute). You will also find a link to download the full-quality version. Enjoy and good luck on your project.
nosro1 2 years ago
And It's Alright by Pet Shop Boys - maybe Cat Stevens aka Yusaf Islam as he has been involved with both acts...
stellarartwars07 3 years ago
Music (first bit anyway) is the same chords as I Should Be So Lucky by Stock Aitken Waterman. Try singing along with it!
Andy W
stellar art wars (the other SAW)
stellarartwars07 3 years ago
Primo on the visuals. Don't like the music. Thanks for the quality.
ArgotMay 3 years ago
Well, not THE deepest ever, but certainly one of the deepest.
As with "tallest building" contests, the "deepest" zoom challenge depends a lot on definitions.
Check out my video Ununennius, which zooms to 9e-119, at 640x480, 30 fps, with no frame interpolation.
There are several super-deep animations, including one to E-1000 or something like that. That animation (I'm pretty sure) uses a form of "tweening", or frame interpolation, which puts it into a different category
DeepZoomNet 3 years ago
I see that I was wise to place a question mark on the "deepest zoom ever" title! I stand corrected and I have duly corrected my title (and removed the question mark). This video was created at 30fps, 640x480 with no frame interpolation. As with you, I am sure, deeper zooms are coming soon!
nosro1 3 years ago
is thebest i have ever seen
El mejor que he visto, gracias :)
risayola 3 years ago