A SECOND LAW OF FIRST IMPORTANCE

In addition to Hubble’s discovery, the second law of thermodynamics also predicts a beginning to the universe. You say you don’t know the second law of thermodynamics? Think again.

Let’s say you come into a room containing me and a bunch of your other pals, and you find a steaming cup of Starbucks coffee on the table. Being the thoughtful individual that you are, you ask, “Does this belong to anyone?”

To which I reply, “It’s been there for the last month.”

Well, you’d know immediately I was wrong or lying (probably lying). Why? Because the coffee wouldn’t still be hot if it had been there for a month; it would be room temperature.

That’s the second law of thermodynamics in action. This law states that everything continually moves from a state of order to disorder and that heat and energy dissipate over time. This is a law that has been verified by proof after scientific proof and has never been shown to be wrong.

Now let’s apply this law to the universe, just as cosmologists have. If the universe were eternal, it would have gone cold and lifeless long ago. The stars would have burned out. Planets would have broken up into clouds of dust. And even the black holes would have ceased vacuuming the universe of unsightly stars and planets.

When you see flaming suns and scorching meteors, in other words, you’re looking at a steaming cup of coffee that over infinite time would have long since gone room temperature. Since the universe is still full of pockets of heat and energy, it cannot be eternal. Who would have thought heat would be such a helpful clue? And that is just the half of it.

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