@BitChick My opinion is religion is a faith based explanation for the unknown. Once the unknown becomes know religion moves further up the line. Keep in mind that a few hundred years ago there wasn't even a concept of a cell. So the fact that you currently say a cell couldn't have evolved simply means you don't know how it came about. If it turns out we were created by aliens then I'm sure religion will move to the statement "well then God must have created the aliens that designed us"
@the joint While conceptually I understand what you are saying you seem to be contradicting yourself. 1st you say there is no "prove" in science then you say math proofs are self contained systems. What I'm saying is that many if not most religious statements have turned out to be provably false. 1st god is fire, oops that's provably not it. Then god lives in the sky, oops once we got up there that's provably not it. Then god is proof of living organism coming from manure, oops once we got better microscopes that's provably not it. Now the god de jour is intelligent design. I'm man enough to simply say I don't know and it's hard for me to respect people who after looking over the 1000 year history of this type of moving target but absolute statements still want to pimp religion to others with a straight face.
I'm not contradicting myself. Math proofs can be called proofs because they simply abide by math's rules. The scientific method tries to infer abstract models from observable phenomenon, and this is where you lose the ability to say that you can prove anything because you cannot prove the infallibility of the model. Most scientists assume that repeated testing of a model that yields consistent results constitute proof of this infallibility, but this is really just for practical utility. It's not technically proof of anything, or at least we can't call it such, and that's why no good published scientific paper will ever claim that they have "absolute" findings, but rather "statistically significant" ones.
I can drop an apple from a building in Earth's atmosphere and I can test numerous times that its acceleration is 9.8 m/s^2. I might then test this at a variety of locations and come up with the same result. Then, someone will posit a theory, "The law of the universe is that g = 9.8 m/s^2" and this is inferred through your observations on Earth. No matter who tests this theory on Earth in standard Earth atmosphere, they will not be able to prove you wrong. But then, some guy goes up in a shuttle to the moon and they do one test - one single test, which shows that g on the moon is about 1/6 of g on earth. That one single test now discredited your inference despite having possibly millions of cases that supported your initial claim. With that one test, we have completely wiped out our initial inference and we need to create a new inference, "g on EARTH is 9.8 m/s^2". Now, it's important to note that none of the math you might have done while calculating your observed phenomena is wrong. In fact, the math is all perfectly correct. But your assumption of how that math describes reality was wrong, and that is how the problem of induction is invoked. We can never get around this problem empirically.
Phrased another way, the problem with induction essentially lies with the idea that you would have to already know what it is that you're looking for before you've found it. Let's hypothetically assume that we're conducting an experiment with an interaction between variables x and y in hopes of finding an event z that implies 'proof' of god. We let x and y interact and, in fact, z is the result! So we throw up our hands and we say, "Look! We found z! This is proof of god!" Well, that's sure funny that you already somehow knew what z is and what it looks like before you ever saw it. In other words, this means that you "recognize" z when in fact you've never encountered z in your life until just now. This is just another form of confirmation bias.