Look at the syllogism in the picture above. Is it logical? Does it make sense? Yesterday, we examined premise 1 and concluded that it is true. However, looking at the second premise could be more challenging. Did the universe BEGIN to exist?
You could assume that the universe has always existed. If it didn’t BEGIN to exist, it doesn’t need a cause! That was the approach of many “thinkers” from Aristotle to Einstein. When Einstein formulated the theory of special relativity in 1905, he was concerned that his formulas indicated that the universe was not in a steady state. It was either expanding or contracting, meaning it could not have always existed. To correct that “problem,” Einstein added a “cosmological constant” that made it appear that the universe is unchanging. He just made up a number so that his equations would show that the universe was eternal. Other scientists realized that Einstein was cheating, and he later admitted it was the biggest mistake of his life.
Scientific experiments from the 1920s to the 21st century have confirmed the universe is expanding and even accelerating in its expansion. Since the universe is expanding, we can trace that expansion back to a point where the universe began as a “singularity.” So, did the universe begin to exist? The answer is yes, it had a beginning! That was something that many scientists did not want to accept because of its religious implications.
British astronomer and atheist Fred Hoyle coined the derisive term “big bang” because his faith would not allow the concept of an ultimate Causer, or God. He used that term to make fun of the idea of a beginning. However, it has now become the popular term for the beginning.
So, if premise 1 and premise 2 are both true, the conclusion must be true. The universe has a cause, and science can’t determine what it is. The scientific consensus is that the big bang was the beginning of time and space as well as matter and energy. So, what does that tell us about the Cause? It tells us that the Cause has to be non-material and outside of time and space. What fits that description? We will examine that next time.
— Roland Earnst © 2022