In the winter of 1998, two separate teams of astronomers in Berkeley, California, made a similar, startling discovery. They were both observing supernovae — exploding stars visible over great distances — to see how fast the universe is expanding. In accordance with prevailing scientific wisdom, the astronomers expected to find the rate of expansion to be decreasing, Instead they found it to be increasing — a discovery which has since “shaken astronomy to its core” (Astronomy, October 1999).
This discovery would have come as no surprise to Georges Lemaitre (1894-1966), a Belgian mathematician and Catholic priest who developed the theory of the Big Bang. Lemaitre described the beginning of the universe as a burst of fireworks, comparing galaxies to the burning embers spreading out in a growing sphere from the center of the burst. He believed this burst of fireworks was the beginning of time, taking place on “a day without yesterday.”
After decades of struggle, other scientists came to accept the Big Bang as fact. But while most scientists — including the mathematician Stephen Hawking — predicted that gravity would eventually slow down the expansion of the universe and make the universe fall back toward its center, Lemaitre believed that the universe would keep expanding. He argued that the Big Bang was a unique event, while other scientists believed that the universe would shrink to the point of another Big Bang, and so on. The observations made in Berkeley supported Lemaitre’s contention that the Big Bang was in fact “a day without yesterday.”
God did not create the Universe in a manner that means he would have to keep recreating it over and over. This ever expanding Universe proves that fact.