Then where did we get moral values? How did we divide right from wrong? If you're really THAT MUCH against Christians, I really want you to interview these people and try to convert them into Atheism or something because these guys have actual proof (After all, a book is meaningless to you? Why read History books if it's all fake, why read non-fiction if it could be all edited?)
First I will tell you their name and in the parenthesis, it's what they can answer.
Peter John Kreeft, PH.D (Since Evil and Suffering Exist, a Loving God Cannot.)
Willian Lane Craig, PH.D (Since Miracles Contradict Science, They Cannot be True)
Walter L. Bradley, PH.D (Evolution Explains Life, So God isn't Needed)
Norman L. Geisler, PH.D (God isn't Worthy of Worship if he Kills innocent children)
Ravi Zacharias, D.D., LL.D. (It's offensive to Claim Jeses Is the Only Way to God)
J.P.Moreland, PH.D. (A Loving God would never torture people in Hell)
I'm sure they can answer everything else, but it's just what was in the book
There, there's my proof, where's yours?
ADDITION:
QUOTE
QUOTE
how can you call the first cells "simple"?
Be cause they were! Scientists have made soap bubbles that coelesce and form new bubbles.
It says in the book:
Even if the first cells were simple, it's really not simple at all.
Essentially, you start with amino acids. They come in eighty different types, but only twenty of them are found in living organisms. The trick, then, is to isolate only the correct amino acids. Then the right amino acids have to be linked together in the right sequence in order to produce protein molecules. Picture those plastic stick-together chains that kids play with--you have to put together the right amino acids in the right way to ultimately get biological function.
You think that doesn't sound very difficult?
It wouldn't be if you were applying your intelligence to the problem and purposefully selecting and assembling the amino acids one at a time. But, remember, this is chemical evolution. It would be unguided by any outside help. And there are a lot of otehr complicating factors to consider.
Such As?
For instance, other molecules tend to react more readily with amino acids than amino acids react with each other. Now you have the problem of how to eliminate these extraneous molecules. Even in the Miller experiment, only two percent of the material he produced was composed of amino acids, so you'd have a lot of otehr chemical material that would gum up the process.
Then there's another complication: there are an equal number of amino acids that are right- and left-handed, and only these select ones to link together in the right sequence. And you also need the correct kind of chemical bonds--namely, peptide bonds--in the correct places in order for the protein to be able to fold in a specific three-dimensional way. Otherwise, it won't function.
It's sort of like a printer taking letters out of a basket and setting type the way they used to do it by hand. If you guide it with your intelligence, it's no problem. But if you just choose letters at random and put them together haphazardly--including upside down and backwards--then what are the chances you'd get words, sentences, and paragraphs that would make sense? It's extremely unlikely.
In the smae way, perhaps one hundred amino acids have to be put together in just ht eright manner to make a protein molecule. And, rmember, that's just the first step. Creating one protein molecule doesn't mean you've created life. Now you have to bring together a collection of protein molecules--maybe two hundred of them--with just the right functions to get a typical living cell.
Even if Miller had been right about the ease with which amino acids could be produced in the primitive earth's atmosphere, nevertheless the process of putting them together into protein molecules and then assembling those into a functioning cell would be mindboggling.
In livnign systems, the guidance that's needed to assemble everything comes from DNA. Every cell of every plant and animal has to have a DNA molecule. Think of it as a little microprocessor that regulates everything. DNA works hand-in-glove with RNA to direct the correct sequencing of animo acids. It's able to do this through biochemical instructions--that is, information--that is encoded on the DNA.