<p>Your discussion of evolution is largely wrong.</p>
<p>Evolution is agreed upon by all of science, and all of scientists. And Evolution does not happen on a SINGLE BEING. Evolution is a statistical measure over a POPULATION of beings. Things evolve all around you. If all of the butterflies are either red or blue in the world, and a predator decides to eat all of the red ones, and only blue ones are left, THAT IS EVOLUTION. The population’s genetic distribution has shifted.</p>
<p>What Darwin proposed, and what is debated by science, is the method for which evolution occurred. Darwin proposed the Theory of Natural Selection (whereby offspring with traits that allow them to produce more offspring than others then propagate their traits in further generation). Darwin didn’t propose a Theory of Evolution. </p>
<p>Now to refute your “arguments” on a point by point basis:</p>
<ol>
<li><p>There is no “state of organization to disorganization.” You are probably trying to get at the Law of Entropy, which actually has to deal with degrees of freedom. You can have a lower entropic system that is actually MORE ordered than a higher entropic one. Also, thermodynamics states that spontaneous processes are governed by entropy as well as enthalpy, therefore if the change in enthalpy is favorable enough, it doesn’t matter whether the system is entropic.</p></li>
<li><p>Over the time span of billions of years, matter clustered together and aggregated to form solar systems that were largely made up of swirling balls of gas. This is not debated by scientists as well, this is very much agreed upon. Over the large time span, the high temperatures (from a bright new sun), and the energy in the form of storms over the boiling hot proto-earth, actually produced enough energy to break the Activation Energy barrier that caused the abundant elements on Earth to combine to form amine bonds with carbon. Once again, over a large time span, and over trillions of trillions of interactions between elements, a few interacted enough to form larger chains. Lather, rinse, repeat.</p></li>
<li><p>Once again, over the span of billions of years, the evolutionary switch from asexual reproduction to sexual reproduction is favorable. Sexual reproduction allows two separate organisms with different genetic materials (and possibly more favorable traits) to combine thereby increasing genetic diversity (and increasing the chance that one of them will survive).</p></li>
<li><p>This organism multiplied hundreds of trillions of times, and over the course of billions of years, a large many of its offspring died. Large populations and even species died out. What was left were those who were best suited to their climate at the time. When a few offspring develop some traits, and are separated from the rest of the population, guess what, if those traits dominate the offspring survive, and more traits aggregate in future generations, and guess what, given enough time you get two different species that have evolved in (possibly) different directions.</p></li>
<li><p>The monkeys kept doing what they were doing, nothing more. Just eating and reproducing. When a few monkeys found out they could use tools, they were better suited to their environment, and made more offspring. Given some time, this increase in brain activity combined with traits that gave them larger skulls and bigger brains caused the amount of intelligence in monkeys and later proto-humans to grow.</p></li>
</ol>
<p>Evolution is largely statistics. And statistics states that even highly improbable events will happen given enough trials.</p>