If not the Big Bang, where does the cosmic microwave background come from?
Robert Sungenis answers that the cosmic microwave background comes from the great light created on the first day, most of which was used to make the stars. He holds that the leftover light was stretched to the rim of the universe, where it gives the isotropic radiation of about 2.75 Kelvin, alongside ice at the boundary.
A viewer notes the Big Bang people say the cosmic microwave background comes from the Big Bang, and asks what geocentrists say it comes from.
Answer
We say it comes from the great light that was created on the first day, which is different from the sun and stars made on the fourth day. That light was very large, on the order of six hundred billion miles in radius, and it was stretched out along with the heavens, as all the 'stretched out the heavens' verses indicate. Most of that light was used to make the stars, and you can calculate, from the size of the great light and the number and size of the stars, that all the stars could come from it with some left over. That leftover light went to the rim of the universe, and that is the background radiation the big bangers mistake for a relic of the Big Bang. On top of it, at the boundary, there is water in the form of ice. This also explains why, if you shut off all the light from galaxies, stars, and quasars, over fifty percent of the light still remains; it came from that great light. The residual makes a very isotropic radiation of about 2.75 Kelvin, just above zero, which is what you would expect, and the water is ice at that temperature, so everything fits.