Here read it for your self. The genetic code in any given living cell provides extremely detailed instructions to that cell concerning its inherited characteristics and attributes, so it will allow only a limited amount of change and variation to occur without inducing sterilization or death. Accordingly, the genetic code will not allow, under any circumstances, the drastic changes and continuous mutations demanded by the theory of evolution. Moreover, there is no evidence of gradually-changing DNA codes in nature that would allow periodic mutations to occur which would gradually transform a given type of organism, over long periods of time, into a completely different type of organism. Instead, organisms can mutate only so much before insurmountable DNA limits are reached. That is what the evidence demonstrates. Therefore, as noted previously, you will never see a mouse mutate into an elephant no matter how much time you allow for the alleged evolutionary process to occur. So, even though limited mutations occur in organisms, it is impossible for drastic or unlimited mutations, i.e., evolution, to occur. The main scientific reason why there is no evidence for evolution in either the present or the past is because one of the most fundamental laws of nature precludes it. The law of increasing entropy -- also known as the second law of thermodynamics -- stipulates that all systems in the real world tend to go "downhill," as it were, toward disorganization and decreased complexity. This law of entropy is, by any measure, one of the most universal, bestproved laws of nature. It applies not only in physical and chemical systems, but also in biological and geological systems -- in fact, in all systems, without exception. No exception to the second law of thermodynamics has ever been found -- not even a tiny one. Like conservation of energy (the "first law"), the existence of a law so precise and so independent of details of models must have a logical foundation that is independent of the fact that matter is composed of interacting particles.18