Understanding the composition and mechanics of the Universe including galactic clusters, stellar clusters, globules, planetary, moon and many other related formations apparently implies, to some degree simulation of corresponding mass-energy distribution models and transition phases in vast spatial volumes.

For example, eventually it may be possible to simulate galactic formation features of interest on emerging supercomputers.

Generation of very large distributed file systems of representations implies automated parsing (serial logic analyzers), of multiple instrument data into simulation constructs.

Apparently the first published notion of a rotating universe model of some form was by Dr. Immanuel Kant, in Metaphysical Foundations of Natural Science.

"For every deviation from the same would move the common centre of gravity of all matters, in short, the whole universe, from its place, while on the contrary this would not happen if one regarded the latter as turned on its axis, a motion always possible to be conceived, although so far as one can see, there would be no use in assuming it."