When is the True35mm 8k Scarlet comming?

[Uli Plank]

Shhh, don't tell the world about the next project yet…

 

[Wayne Morellini]

Not sure what Wayne is going on about, but... I can try my own musings.

Fractal algorithms trump wavelets. Can be 100% totally lossless in every way. But where do I round up the CPU power? Must build time machine... should finish by next tuesday.

Shh, that too. Well, depends on how you look at it, a time fractal with time data originating from the beginning of the universe might do it. If you believe in that thing. but you really need repetitiin to get maxinum use of the general sort, rather than approximatiin from repetition for true Los less etc etc etc.

Computing power, optical computing scheduled around 2015 or 17. I could say more, been down the road and back again. Time machine not so needed, they are allready planning. See Fractals miss the point a bit, waveforms are still a valid avenue. Now, where did I put that fractal compression demonstration disk from the early 90's. The interesting thing is they found fractals could restore image detail below the recorded resolution, so you could scale the compressed images. Microsoft used in their encarter encyclopedia years ago. The guy that invented it said that it came to him when considering the complex wiring in a telephone junction box, and how to deal with it just came to him , I've known what he meant for years now, it just sorts out before your mind. I have another couple of sources onndabling with actual optical computing since around 2000, a lot goes on we are not aware of.

 

[Wayne Morellini]

Not sure what Wayne is going on about, but... I can try my own musings.

Fractal algorithms trump wavelets. Can be 100% totally lossless in every way. But where do I round up the CPU power? Must build time machine... should finish by next tuesday.

Just scurrying around to see if you, great insider, could be implying redray works on fractals?