You can change one... but you can't select for or against any ingredients until you actually make the product.
Where was plumjam's logic faulty in that statement?
I say it developed.
Okay boys... us grown ups will continue talking about how similar the two are--especially now with digital data transfer and you guys can get blustery and presume that someone somewhere thinks you are clear.
And remember jimbob and ID - you also have to make metaphysical products. Formulating an 'intelligent' design did not pop up from nowhere. A design has to be 'made' be it on paper or in the head. The success of that intelligence can only be assessed against how well the design worked in reality. Just think about all the designs for fantastical machines that are made that cannot work. Does it really matter how intelligent the designer of an over unity device's construct is if the universe will not allow its construction? Intelligence is clearly a mix of an a priori piece of hardware and the a posteriori environmental programming of it. We simply can't produce designs out of whole cloth unless we have all the relevant prior information. Just how much of that do you think is there from birth?
If you do, therefore, remove the assumption that the a priori is a necessary contingent to design something you are left with the a posteriori - and can only possibly 'evolve'. This is a powerful blow to the contingent necessity of a designer for any design - and hence an argument against the need for any designer god. A priori emerges from the a posteriori.
Remember: if you remove design as an explanation for a computer you might well need to explain how a man evolved to create it. If you invoke a 'god' as an explanation well... you better show the god. A god may well explain all things but that doesn't mean it exists. And if it doesn't the explanation is useless.
As I have repeated, and reiterated, and restated, over and over, while designers Evolved, design is not analogous to Evolution.
Yes. I know you like to restate certain things - like "x" is not "y".
Now: tell me what the difference between carbon in a cat and carbon in a car is.
Yes. I know you like to restate certain things - like "x" is not "y".
Now: tell me what the difference between carbon in a cat and carbon in a car is.
Uh....the chemical properties and electronic structure.
Alkanes in fossil fuels react in totally different ways than the carbohydrates, lipids and amino acids do in biological systems.
Yes each carbon atom contains twelve protons (the abstract principle I believe you are trying to get at), but it is the distribution of electron density around the nuclei that determine the chemical properties of the molecules that contain them.
The Carbon14 ratio.
Thi important fact is how it is arranged.
In a cat it is arranged in many complex polymenrs, in a car it is part of the steel alloy.
cyborg said:I believe I've already said this.The results of the evolutionary algorithms are often more efficient (lower silicon cost etc) but they are far harder to analyse, because there was no analysis used to create the circuit design. It is easy for a trained eye to spot the differences between a human-design and one using an evolutionary algorithm.
This is saying that evolutionary algorithms can produce solutions that are unlike those that humans can design. Are you agreeing with this?
Conversely, design iterations can produce histories of changes that evolutionary algorithms alone wouldn't have produced, indeed given the odds, couldn't have produced.
For evolution as opposed to evolutionary methods, imperfect self-replication is needed.
If there is no imperfect self-replication,
But talking about the atom level is uninteresting in this discussion,
And how are these different: ATOM level?
Molecule, not atom level.
We cannot talk about these properties at the atom level. Do you accept this?
And it will continue to be until you are willing to progress to the inter-atom level and accept that you cannot talk about inter-atom things at the atom level.
You're missing the point: the basis of biochemistry, and for that matter chemistry in general, is that chemical properties are derived from atomic arrangements and electronic configurations.
Looking at the carbon in steel and the carbon in glucose and saying the are the same because they have the same number of protons won't help you explain why the carbon in steel is extremely difficult to oxidize to carbon dioxide relative to the biological oxidation in the tricarboxylic acid cycle.
Similarly, saying that technological development and biological evolution are analogs simply because they are both examples of "change over time" won't help you explain why the intelligent design is not a viable alternative to the Theory of Evolution because such analogy does not address the differences in the how and why of the changes.