Key Concept: Big Bang Cosmology violates fundamental scientific principles and cannot be classified as an observable event.

The Big Bang is the popularized version of evolutionary cosmology. It states that matter, energy, and space were all compressed many billions of times smaller than a proton and then exploded for some undetermined reason to create an expanding universe which continues to spread today. There are presently some 50 theories proposed by cosmologists to explain the Big Bang, all of which are nothing but mathematical models. Why so many theories? It is apparent that the verdict is still out.

If the Big Bang is true as presented by the cosmologists, they must have scientific ground to stand on. To propose that the universe came about by a big explosion has far-reaching implications that affect every human being. For cosmic evolution to be accepted the questions below must be answered not just with speculative theory or creative mathematical formulations, but with hard empirical evidence.

1. What causes particles of matter to coalesce into heavenly bodies?
This basic question has to be answered. If the Big Bang caused matter and energy to separate and move outward at tremendous speeds, at some time that matter had to coalesce and come together. The explanation offered is that as cooling occurs; particles slow down and clump together. The problem is, however, that these celestial objects are moving at relatively high speeds away from each other. There is no empirical evidence to support the star formation theory proposed by evolutionary cosmologists. No star or galaxy has ever been seen to form in space from star gas. As the Harvard astrophysicist, Abraham Loeb stated,

“The truth is that we don’t understand star formation at a fundamental level.” (Abram Loeb, as cited by Marcus Chown, “Let there be Light,” New Scientist, vol. 157, February 7, 1998 p.30)

2. Can an explosion produce order?
The second law of thermodynamics, as noted above, tends to bring a system to disorder. The cosmos is not exempt from the second law. When one observes the universe, the second law is apparent everywhere. The sun is wearing down slowly; stars are burning out and even exploding. It is obvious that the second law of disorder is here to stay.

Big Bang theory contradicts the Second Law because it requires particles to organize and cohere on a cosmic scale. There is no scientific evidence for this claim. It is much like the expectation that dropping a nuclear bomb on a mountain will yield neat piles of earth rather than utter destruction. What we see in the universe is directly opposite to the expectation of evolutionary cosmologists. We observe a decaying universe whose order of complexity is in decline. Evolution Cosmology directly defies this great law of science.

3. What was before the Big Bang?
While some say that matter and energy are eternal and were always present, the question remains: Where did everything come from? It had to come from an outside source. How did it begin? Again, the answer is that an outside source initiated it. Everything observed has a beginning and an end. Matter and energy are no exceptions. The beginning came from an outside source: God.

4. Is expansion of the universe observable?
Red shifts – the movement of light coming from objects in space to the red end of the spectrum – are regarded as evidence for the expansion of the universe. However, there are some 50 models for the process of expansion. There is confusion and little consensus on this issue. That is not surprising. After all, one is dealing with a gigantic universe from a limited frame of reference. There are no clear answers at this time, just creative speculation. This is illustrated by cosmology’s concept for the beginning—what has been termed the “cosmic egg.” Never observed, the cosmic egg idea for the origin of the universe takes the universe backwards in time and shrinks all matter down many billions of times smaller than a single proton. The idea that all matter and energy could be collected in one place staggers the imagination, and, of course, has no empirical foundation. Yet, there are mathematical models that depict the precise fraction of a second when this took place. This is presented as scientific fact and needs to be challenged.