Anybody who decides to minus this, feel free to say why. It helps to get some negative feed back, and I promise to not take it personally. I will quite willingly defend myself. And if you don't want everyone knowing that you did it but still want to say something, feel free to PM me and, unless you request otherwise, I will post your reply WITHOUT SAYING WHO PRESENTED IT and give my defense. Seriously, it would make my day if someone who misused me told me why, it would mean someone is actually reading this.
Alright, something to consider here. You can not group gravity into the same category of fact as evolution. They are not comparable in measures of certainty, for they do not have the same amount of measurably in the first place. Putting them into the same category of fact creates bias towards the idea all that is said about evolution is backed up by concrete evidence.
Now, for this argument, I will use quotation marks to show what aggressive atheists use to argue against the idea that evolution, or any commonly accepted theory for that matter, could be wrong. I'm not using it to offend any of you. DISCLAIMER: Do not read if you won't accept that. I will refer back to that statement if you claim I think atheists are stupid. Any and all things said about this nameless character that is supposed to represent aggressive atheists does not reflect my opinion of atheists in general, just the people who are jerks about it. YOU HAVE BEEN WARNED!
ALSO DISCLAIMER: If you claim I'm trying to convert you, you didn't read the last bit very well. Look at it again. I'm not going to say it now thrice on the same dang thread.
Gravity is a force. There are thousands of ways of measuring it, thousands of ways to test it, and many trails on last a few seconds and it can be observed right before our very eyes. We have an equation to measure the gravitational pull of any substance, mixture, or any matter at all by it's mass. Gravity is a finite LAW and can not be refuted in any way.
The measure of the effects of evolution, however, is not as easy to calculate. There is positively no way to prove it by math, no truly accurate way to measure any supposed change over time, and even how old any of the fossils are.
"But what about radiocarbon dating? You can't disprove how actuate that is!"
Alright, first things first. Radiocarbon dating is supposed to be only accurate to 60,000 years. Big whoop, Age of Mammals. And even with that, IT IS NOT ACCURATE BECAUSE OF HOW IT WORKS.
Most isotopes of carbon are radioactive. The carbon they use for radiocarbon dating is carbon-14, the most stable of the radioactive carbon forms. In radiocarbon dating, they find how much carbon-14 is in the sample in comparison to how much nitrogen-14, which is what it decays into, is also in it. By this standard, it would be fairly accurate. Would be being the key phrase. However, there just isn't enough carbon-14 in the world to support this.
Carbon-12, the smallest stable isotope of carbon makes up 99% of the world's carbon, while carbon-14 makes up less than 1% that carbon we've found so far.
"Yeah, but, 60,000 years ago, there would had been a lot more carbon-14, because it wouldn't had decayed yet, so, HAHA! Can't counter that, can you?"
Ok then, how about we look at carbon-14 found verses nitrogen-14 and where we find either of them, shall we? Ok, so nitrogen-14 is the most common form of nitrogen. Ok, yeah, that supports part of your theory. The problem is, if most of nitrogen-14 came from carbon-14, then what about the second most common isotope for nitrogen? Nitrogen-15, the ONLY other stable form of nitrogen, only makes less than ONE PERCENT of the nitrogen observed IN THE ENTIRE KNOWN UNIVERSE. Now, let's consider carbon-14. For radiocarbon dating to be accurate, then the majority of life from at least the point of it becoming 1% would have to use carbon-14 in the majority of their proteins, sugars, nucleic acids and the rest of the large assortment of carbon-based molecules. Thus, there must had been a vast amount of nitrogen-14 that didn't quite exist yet, and we have nitrogen-14 to primarily rely on. Hmmmmmmmmmmmmmmmmmmmmm. DNA, one of the largest commonly found multi-molecular compounds find in nature, requires an obscene amount of nitrogen for only a few hundred base pairs. These still don't measure to be very long, because it's so compactly stored, and it is also on a molecular scale. Cellular DNA puts everything we've tried to make compact to absolute shame. In each human cell, there is more than 1 meter of DNA packed into there. For all of you still using imperial, that's about 3 ft. Most organisms have more than a trillion cells. You do the math. 60,000 years ago, do you REALLY think that if the requirements for radiocarbon dating would be able to support that much?
"Ok, so radiocarbon dating is not accurate. Big deal. That's only 60,000 years. We still have our fossil records!"
Yeah, yeah, that thing. More radiometric dating nonsense. I avoid this thing like the plague. Absolutely none of it makes any sense to me. I would had brought up why this can't be viable the last bit and saved myself quite a bit of trouble scuttling about to try and find some exact numbers for the last couple of paragraphs. My question to you is this:
How do you know the half life of something that supposedly has a half-life longer than we even knew what radiation was?
"Well, that's simply. We observe how quickly an isotope decays and calculate approximately how long the half-life will be."
Uh-huh. How do we know that there isn't a variance in the decay of said isotopes over time?
"Um, excuse me?"
How do you know that nothing will change in it's rate of decay over all of those years?
"Uh... why is that even a question?"
So you see it as a given that it will not change, huh?
"Yeah it is!"
Prove it.
"..."
How do we know that it's a set rate? All of those stay beta, alpha, and gamma particles have to go somewhere. Are you familiar with the term nuclear reaction?
"Yeah, it's when two element is transmuted by the collision of them, resulting in the breaking of the other."
How do atomic bombs work?
"If a nuclear reaction occurs, there's a chance that one of the split pieces of the atom will hit another and split it. If you have a lot of the radioactive substance, it has a high chance of hitting another atom. When an atom breaks, it creates a lot of energy. You usually just send a proton into another nucleus and that'll tear said nucleus apart. Then said nucleus will break more, and it will chain to break even more and create a lot of energy, thus resulting in an explosion. If enough atoms fissure, that explosion will be massive."
So, what about the small amounts of radioactive substances you find in those very old rocks? Millions of years is a lot of time for things to happen, even unlikely things. Those small amounts wouldn't cause too much damage, would it?
"I guess not. What does this have to do with variance of decay?"
You're measurements would be fairly off if some of the radioactive matter you're measuring underwent some nuclear reactions over those billions of years, huh? And you wouldn't be able to tell if that happened, it wouldn't make enough of an explosion to make an imprint in the rock if only a few go at a time, would it?
"Um..."
For you're sake, I'll stop asking you about that and just get to the point. Since we don't know exactly how much radioactive substance was actually there, how can radiometric dating, the closest thing we have to an accurate way to date rocks, which fossils are, how can you definitely say how old a rock is?
"... Whatever. So we don't have that going for ourselves. How can you prove that evolution isn't true?"
I'm not going for that.
"What?"
Give me a moment, I'm soaking in that look on your face. You're just as narrow minded as many atheists claim Christians are. Most of you assume that just because we have religion, we denounce science. Not all of us are extremists. I'm just as much a man of science as you, perhaps even more so because I challenge any scientific theory I find. Why do you think I've been arguing against your evidence with? I'm not going to argue against science with religion, that gets us nowhere and you still think I'm a stupid Christian denying evolution because I blindly follow God. In all honesty, you're doing the same thing because you blindly follow what you're told to be true. Sure, you may try and discover new things and prove each other wrong, but everyone who will openly attack religion has one thing is common: you refuse to think that you might be wrong about the idea of there not being an all-powerful being that had his hand in forming the universe. You have very little proof against it, just as we have little proof that you are willing to accept that says otherwise. My purpose in studying the sciences is not just to prove there has to be a God, I don't really care what you believe on this matter, I study science so I can LEARN. I'm not going to refute all of science just because some of what is believed to be true by atheists. Science is a wonderful, grand thing, and my faith pushes me more towards it, because I want to know every little bit of this wonderful world God made.
Back on subject. I think that evolution itself is 100% true. Survival of the fittest, gene pools changing over time, you'd have to be extremely stubborn or not understand it to see that. What I don't agree with is the scale it's been blown up to. I don't think that we're all descended from amoebas, and I definitely don't think that the world is billions of years old. I believe man was made on the 6th day, and if the world is really billions of years old, we wouldn't still even have room on Earth for all of these people, assuming that we haven't already perfected space travel.
"Uh... I'm not sure how to respond to this.... Oh yeah! YOU'RE WRONG! STUPID CHRISTIAN!"
And now he's run away. Whatever. I hope you're view on these subjects expands your view on the issue a little and understand my standing on this subject.
I will work on this blog a little more later, I did this to help me get my mind going for an essay. I went a little far for that purpose, but I couldn't keep myself from finishing this after I started.
This was last edited at 4:40, to fix a minor definition error.