Barbarian observes:
Sounds fishy to me. Shannon (the person who established information theory) was an evolutionist.
Shannon makes a very big mistake, however. In that theory of information, it does not matter if the information has any semantic aspect, but rather significance is given to something improbably or new.
To put it simply, in shannon's theory garbage and non-sense can be given greater priority than something meaningful if it's appearance is less likely.
I'd be pleased to see the numbers on your theory of information, and a demonstration of why it's more accuratet than Shannon's.
Show your work.
See the following for a proper definition of information:
http://www.answersingenesis.org/tj/v10/i2/information.asp
Information can be loosely defined as specified complexity.
Define "specified complexity" and show us how to measure it. If you use a personal definition of "information" like "specified complexity", you'll have to give us a good demonstration of how you apply it.
Barbarian on the way information increase happens in geneomes:
Sure you do. Happens all the time. All that's needed is a duplicate copy of a gene, and one mutates. Presto. Increase in information.
Actually, what you have described is not an increase of information. It is an increase in the quantity of THE SAME INFOMATION minus a portion.
Wrong. If you have two copies of the same gene, you have only the information for one enzyme. If one mutates, then you have information for two.
Two is, last time I checked, more than one.
If I write a book, make a copy of it, then tear out 2 pages (a gene duplicates itself and then one copy mutates) how much additional information has been gained? None.
That's not what happens in such cases. It would be like a printer that accidentally set up one page twice, and then changed the words on one of the pages. That would be an increase in information. Two identical genes... one enzyme. One normal, and one mutated gene, two enzymes. Increase in information.
Barbarian observes:
Easiest is radiometric testing. It can very accurately show that the earth is very ancient. One of the people who's done a great deal of work on the age of the Earth. He debunks some creationist myths, here
http://gondwanaresearch.com/hp/credocs.htm
As I have stated before, I have debated Dr. Meert before, and I wasn't the least bit convinced by his arguments.
Imagine that. However, everyone who wonders what science has to say about the age of the Earth would profit from checking out the link. Dr. Meert has set up a very readable and complete explanation of what geologists have discovered about the Earth and its history.
The fact remains that all radiometric dating processes rely on unprovable assumptions in order to arrive at a conclusion.
No, that's wrong, too. Isochrons elminate the need for such assumptions.
Barbarian observes:
I would like to see any evidence for a mile-deep canyon dug out of soft sediment like sand dunes in less than a million years.
http://www.answersingenesis.org/creation/v24/i4/canyon.asp
120 feet is not even close to a mile. Sorry.
5,280 feet in a mile? This 120ft canyon took 6 days (now that's literal days, remember). That's 20 feet per day... so in 4,000 years (approx time since the flood) there have been 1,460,000 days... so at the rate of the Burlingame Canyon the canyon could be a theoretical maximum of almost 3 million feet deep - which is 5530 miles.
So, if I can build a 3 foot house of cards in two hours, I can build a 300 foot one in 200 hours? No, that's wrong. You see, soft sediment can only erode so far with steep walls before it slumps. I've see some of those small canyons at Mt. St. Helens and others, and none of it looks remotely like the Grand Canyon. And they only get a few tens of meters high, before they slump and are destroyed. You've been taken for a ride.
Now instead imagine the force and weight of enough water to cover the entire continent of North America running off the continent as the the sea floors lowered and the continents raised up.
If you're right, there should be Canyons like the Grand Canyon everywhere. But it only happens in places where there is gradual uplift over many millions of years. There is no way for a sudden rush of water to make an entrenched meander. It's physically impossible.
Imagine enough water to cover the entire continent running off in about a years time, and what kind of Canyon that much water could cut. Probably more than 20 feet per day.
A lot more than that, if it was soft flood sediment. But that wouldn't explain how a desert or forests had time to form between the layers that were supposedly laid down by a single flood. Nor does it explain how meanders could have suddenly formed, nor does it explain how such canyons are only found in places that are undergoing uplift, and not in others.
The Grand Canyon suddenly looks extremely possible.
It has a probability of 1.0. But as the evdidence shows, it formed extremely slowly.
Barbarian observes:
They did entrenched meanders in underwater lab experiements? I'd like to see that one.
I've see a few of those "sudden canyons", and none of them look anything like the features found in the Grand Canyon. That's because they can't form in a brief time.
Tell me about the sudden canyons, and we'll see how they stack up.
Many scientists are starting to realize (even secular scientists) that such events as meanders are possible in catestrophic geologic formations.
I'd sure like to see one. Show me one of your sudden canyons with an entrenched meander.
You can see from the article from AiG I posted that the Burlingame Canyon has similar layering as does the Grand Canyon.
No entrenched meanders? No deserts or forests, in the middle of the depostits? Imagine that.
Barbarian on radiometric dating:
No, that's wrong. It uses evidence. We know, for example, precise half-lives for varous isotopes, and we can test for diffusion, existing daughter elements and so on, by using various methods. Do you understand why isochrons make assumptions about the original rock unnecessary?
However you must assume how much start product was there to begin with,
Nope. You've been misled.
http://www.onafarawayday.com/Radiogenic/Ch5/Ch5-1.htm
you must assume that there has been no contamination of the rock (in an evolutionist case that would be over millions of years),
That's testable. We can measure diffusion rates.
and you must assume the rate of decay has always been the same.
Physicists can test that, too. And if the rock get hot enough to almost melt, the rate can sometimes change by a tiny fraction. Not enough to affect the results for many billions of years.
In fact, there have been studies to show that billion fild rates of decay above what we normally see is possible.
http://www.answersingenesis.org/docs2001/0321acc_beta_decay.asp
That would be rather odd. You see, if that happened, billions of years of radioactivity would have been released in a f
[ July 25, 2004, 02:13 AM: Message edited by: The Galatian ]