Roundest ball ever made

Yes. That's what I meant with that last sentence:
<<<And we all know what happened when the Hubble was first deployed.>>>

Heard a few different versions of what went wrong. One was that they failed to account for the absence of gravity in space when designing the concave shape of the mirror, which altered the focal point slightly. Another was that something about a small chip of paint being removed on the null-corrector during the years it took to fabricate the mirror at Perkin Elmer. (that one is from some people involved, so take that with a grain of salt)
After a small adjustment to the equipment while already in orbit, we got the full view of what that could do, and the Deep Field, and Ultra Deep Field images are incredible. It takes a while to fully comprehend all that they capture, and grasp the vastness of space.
Not long after the big bang...

udf.jpg
 
Is SETI recruiting, these pictures are so old.

Show them the mirror version of hubble.
 
Not long after the big bang...

View attachment 752044
What's truly amazing is that they picked the darkest, most empty area they could find to take that, and look what it revealed. The commonly used analogy for that image is to say that it is an area of the night sky that you would see if you looked up through the inside of a soda straw.

It adds a little bit more credibility to the Drake Equation, which was just about the Milky Way. Look at how many galaxies are in that image alone.
 
What's truly amazing is that they picked the darkest, most empty area they could find to take that, and look what it revealed. The commonly used analogy for that image is to say that it is an area of the night sky that you would see if you looked up through the inside of a soda straw.

It adds a little bit more credibility to the Drake Equation, which was just about the Milky Way. Look at how many galaxies are in that image alone.

A random fractal generator is just a distribution set.

Can the Drake Equation simulate the entire structure and index it through time?

The really exciting mathematics or engineering is the materials science of phenolic resin.

The next stage of phenolic resin will be resin print patterns. Like how highway signs have the shiny reflector now.

A higher reflectivity ball will be better for camera.

The next ten iterations for ball materials science is already on the research line.

Aramith is still waiting for the go ahead on the convex ball set. And why isn't Jasmin talking about mathematics in her videos, there are so many amazing universities in Austria with amazing professors.

Jasmin should be recruiting for Austrian mathematicians in convex geometry or differential geometry and information theory.
Tell Christoph and Franz Hi.
 
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