Science Points to a Creator of the Universe
Science is developed by the observation of nature and experimentation / measurement to gain understanding. Rules have been discovered.
One such rule is Entropy; a scientific concept that represents the level of disorder or randomness in a system. Entropy is central to the Second Law of Thermodynamics: The randomness (entropy) of an isolated system cannot decrease over time. Or stated another way: Systems move toward disorder, unless acted upon by external energy or work.
Scientific laws are based on repeated experiments or observations, that describe natural phenomena. They are developed from extensive experimental data.
The Theories of The Big Bang and Evolution contradict The Second Law of Thermodynamics in they both suppose systems becoming more ordered (less random) over time. The 2nd Law states this cannot happen.
Big Bang proposes that a massive explosion spread elemental debris over space that somehow formed into planets and stars and other astronomical bodies.
(Is there any evidence of an explosion creating anything? A house? A car, A planet? Then faith is required to believe this theory.)
Evolution posits that a single cell was somehow formed, and then naturally evolved into the incredibly complex life forms that we witness on Earth.
(Where is the evidence of a fish evolving into an ape, then evolving into a man? Have you seen a fish-ape? Then you believe this theory through faith, not evidence.)
Both of these theories are impossible according to human science, unless there was an external creative force turning the randomness into complex structures. In other words GOD, as the Creator, made the Universe and the Life we see on Earth as described in the Bible. Or yet another mysterious being served as a creator with no record in human history.
Creation and the Big-Bang and Evolution Theories are discussed in detail in Chapter 3 of the Book. Excerpt (System is two colored granules and a mixer in steady-state):
"Entropy is simply explained by all things tend toward a state of disorder (chaos). For example, if red sugar and green sugar (staples for Christmas cookies!) are mixed together, they will remain mixed. No matter how long the granules are mixed the red and green will not separate from each other into their original red-green components. They are in a state of disorder. This will continue unless acted upon by another force to restore order. In other words you can take a tweezers and remove the red granules from the green granules (a lot of work!)."