Mimsofthedawg said:
Biology is the only science that isn't based on the concept of entropy - that, overtime, things will degenerate and dissipate. How is it that a science with is essentially the culmination of physics and chemistry not circum to entropy?
Utterly invalid. Biology is derived from chemistry - the science most commonly concerned with thermodynamics. The principles of entropy and enthalpy are both studied and important to biology. For example, the classification between warm blooded and cold blooded creatures, the discovery and extensive study of ATP and so forth. It is simply that biology is concerned with far larger systems of interaction than chemistry of physics. To put it another way, physics is concerned with the fundamental motions of matter while chemistry is concerned with incredibly complex motions of matter. Biology is concerned with incredibly complex interactions of chemical systems. The details used to explain chemistry are not often terribly important to describe some aspect of observed biology.
Mimsofthedawg said:
These are 14 points of evidence for a young earth.
Weighed against fairly compelling evidence including the observed erosion rate of soil, the observed expansion of the universe, background radiation, various deep field evidence, various bits about radioactive decay, the existence of evidence of life that pre-dates human observation, etc. While the exact age of the planet may not be possible to derive, the body of evidence is sufficient to make the claim that it is
far older than the few thousand years the young earth theory suggests. Most attempts to use evidence like you suggest is the result of confirmation bias rather than any sound scientific methodology.
Mimsofthedawg said:
What's interesting is that over the last 200 years the theories surrounding the earth's magnetic field have constantly changed, while only one theory has remained true: the theory that the earth is about 6000 years old and the magnetic field will dissipate in about 20,000 years.
Given that the magnetic field is the result of motion of relatively hot components of the planet itself, to claim the "field will disappear" is tantamount to claiming "the motion will cease". And to point to inconsistencies in various theories over the last 200 years is a bit silly given the
study of electromagnetism is only that old. Like anything else, you start with what you can easily observe, create a model and as means to observe things better are made you modify models as necessary.
Mimsofthedawg said:
But I also am not ignorant enough to ignore the discrepancies as well. This is why in science, you can never take any theory has hard core fact. You always have to remain open minded and willing to adjust any theory based on new evidence. But this goes the same for creation.
Here is the problem with the creationist perspective.
Fundamentally, natural selection does nothing more than provide a mechanism for a change in a population. That mechanism is the proposition that some traits are more favorable in a given set of conditions and thus increase any particular creatures odds of surviving to reproduce. Note that specifically that mechanism only suggest that differences exist between members of a population; it does not provide a
reason for such differences. From here, you run into a problem. There are observed processes that can result in a change (mutations like cancer for example) and there are conditions that are known to increase the probability of some kinds of mutation (exposure to various chemical substances, certain types of electromagnetic radiation, etc) of course but the question becomes what force, if any, drives that change.
Creationism (Specifically Intelligent Design) is, fundamentally, an attempt to fill this crucial gap in knowledge and it is countered by various theories of Evolutionary Biology. On the creationist side, you have the following claim: "The small changes are governed by by some unknown but intelligent outside force" where on the evolutionary biology side you have the claim "the changes are the result of random mutation caused by various environmental factors". Thus the difference fundamentally is creationist claim design while the evolutionary biologist claims chance.
While both models provide a suitable explanation for the existence of the changes the process of natural selection relies upon, there is an obvious problem. Evidence provides enormous numbers of creatures that changed in ways that were not terribly useful. It is even possible to observe on a regular basis change that is obviously non-favorable (albino squirrels for example). This suggests that if the design is intelligent, then it isn't terribly intelligent given the vast number of things that fail arbitrarily. To explain that conundrum you're forced to introduce paradox (The classic "mysterious ways" theological argument) and thus the model is inconsistent and thus, from a scientific standpoint, not useful. By contrast, the evolutionary biology model does not require further explanation as random chance readily explains both failures and successes and thus
is consistent.
With the information we can currently observe, the creationist model simply isn't consistent while the evolutionary biology model
is. To put it another way, a humorous condemnation of intelligent design is simply the question "What intelligent designer puts the sewage output pipes in the recreation area?".