While reading the posts I sensed an overall misunderstanding of how the Big Bang is really understood, so I thought I'd post a few words.
The universe began with all matter concentrated in a space smaller than an atom at an inconceivably high temperature, and it immediately began a rapid expansion. The laws of physics at such high densities and temperatures are not well understood, but it is thought that the everyday particles we're familiar with, the proton, the neutron and the electron, as well as a host of less familiar particles, did not exist at that point. Matter in these very early stages consisted solely of quarks. There are different types of quarks, and the various types combine in different ways to create the more familiar particles.
After a short period of expansion the universe cooled to the point where quarks could condense into protons, neutrons, electrons and other particles. At this point in time the universe was still fairly homogenous, just a huge extremely hot cloud of elementary particles which still hadn't combnied to form any elements. For example, the simplest and most common element in the universe is hydrogen, comprised of a single electron orbiting a single proton, but temperatures were still too high for hydrogen to form and remain stable.
After another period of expansion the universe cooled some more and hydrogen, helium and a very few other elements condensed out of the cloud. At this point we still have just a fairly homogenous cloud of simple elements. I'm going from memory, but I think scientists believe the universe was about 300,000 years old at this point.
I'm skipping a lot of issues to keep this simple, but the important point to note is that there were no solid bodies in existence at the time of the Big Bang or for a long time thereafter on which to impart any type of spin or motion. Stars and planets didn't begin forming until much later.
--Percy