Loudmouth said:
Your first problem is that everything came from a simple selection process that is not random.
I don't understand your point. please rephrase this so I can better understand. what is a simple selection process? what does that mean? if it is not an intelligent selection process, then doesn't that by default make it random?
Loudmouth said:
Evolution includes both random mutations AND natural selection. For instance, when you break a large rock with a sledgehammer the size of the pebbles is random. If you then sift those pebbles through a sieve is it a miracle that the small pebbles end up on the ground and the large pebbles stay on top of the sieve? No. For the same reason, mutations that increase complexity will be selected for if complexity adds to the fitness of the species. This continual process will result in complex organisms.
I understand what you are trying to say, but it doesn't help you in any way as far as I can see..... of course it is no miracle if you implement an intelligent system which consists of multiple parts: me hitting the rock with a sledgehammer, using a screen with precisely placed wires in the form of a net to sift through pre-determined sizes of pebbles (based on the size of each hole in the screen). In evolution, where do these additional, unbelieveably complex systems (me, the sledgehammer, the screen, the sizes of the holes, etc) come into play so that this entire thing is even possible? your illustration does not support your theory.... maybe i'm wrong, but I think you should use a different illustration because it doesn't line up with your point.
(I mean no offense in my comments. I am quite sure you are not an ignorant person. I just want to make sure that our points are logical.)
Loudmouth said:
Secondly, the flagellum can be reduced.
I'm not sure what you mean here... I know that flagellum can be reduced, but can it be reduced and still be able to function as something that gives a cell mobility? (that was my point in the previous post) The answer is no. Every "mechanical" part of the flagellum is necessary for it to produce movement. Not only are the components necessary, but the strength, size, and material they consist of are all in a delicate balance. Here is an illustration to prove my point:
A mouse trap has been invented to do just that... trap mice. it is made up of essentially 6 parts: the platform (usually wood), the hammer, the spring (to animate the hammer), the catch, and the holding bar (to keep the hammer from prematurely closing), and some staples to keep it all fastened in such a way for this contraption to operate correctly and effectively.
[As a side note, we all know that this is not the only way to catch mice, so you cannot say that the mouse trap described here evolved from a peice of paper with glue on it (something also very effective that traps mice)]
consider what makes a system irreducibly complex: we must ask ourselves if all the components in the system are required
for the function. Here, we must say "yes". if the wooden base was gone, there would be no platform for attaching the other components. if the hammer was gone, the mouse could jump all over the platform without being pinned to it. if there wasn't a spring, the hammer and the platform would jangle loosely and pose as no threat to the mouse. if there wasn't a catch or metal holding bar, then the spring would snap the hammer shut as soon as you let go of it.
now let's go a step further. what if the base was made of flimsy, 20lb copy-paper? or the hammer was bigger than the platform? or the spring was made from wire as thin as hair? or the catch or metal holding bar was too thick? The contraption would collapse, the hammer wouldn't fit, the spring would be too weak to animate the hammer, and the catch or holding bar would be too strong in order for the mouse's slight movements to activate the trap... which brings us back to
the function of the trap... to trap the mouse. ultimately the system is irreducibly complex based on these things... you can't take anything away, and you can't change the strength, size, or type of material.
Loudmouth said:
Parts of the flagellum are used in the type III secretory system.
I guess I could say that "the same type of wire used in car stereos is also used in MRI machines" it really doesn't prove your point.
Individual parts of flagella (the different moving and interacting parts that are working together to make it functional) surely can be used elsewhere, but it
definitely does not prove that these individual parts by themselves could do the job that an assembled flagellum can: which is, to spin and thereby create movement for a cell. (again, take into account that each individual part has to be in it's correct place, and also have a certain amount of strength, size, and be a certain type of material in order to function effectively, otherwise, by natural selection, it would be tossed aside and viewed as something un-useful)
Loudmouth said:
Also, no one has ever been able to show that the flagellum has always been irreducible.
again, you aren't very clear in your statement, so let me go by what I assume you are trying to say:
I think you are suggesting that today's microbiologists are unable to prove that the flagellum is irreducible.... am I right? if so, I guess what you are saying is that they don't really know what it is made up of... what makes it work.... (still talking about the flagellum that propells a cell by spinning ) etc. We all know this is not true. find any science book and it will describe
in detail how the flagellum functions. this assumes that they have observed and re-observed how it works before they would authoritatively publish it in a science book.
Loudmouth said:
It is a simple matter of removing redundant systems to make a system irreducible. Evolution is capable of doing this.
hmmm... I didn't realize that the flagellum was a simple system... there are no parts of it's system that can be removed. there are no redundant parts to a flagellum I am referring to. you can remove parts of it and it will cease to function correctly... again like I said... the flagellum, like any other system with a specific function, must have a certain amount of strength, size, and be a certain type of material in order to carry out that process
effectively, otherwise, by your process of natural selection, it would be tossed aside and viewed as something un-useful.
Loudmouth said:
Therefore, before you state that evolution is incapable of producing an IC system you must show that the system has always been IC.
i guess I have already proven that evolution cannot produce an irreducibly complex system.. in fact, just like the functioning flagellum, I have yet to find a machine even as simple as a mouse trap that simultaneously and miraculously came together as a fully functional system without some outside influence or well-planned thought behind the manufacturing of it.
science has advanced to the point where evolutionists should be able to say exactly how a complex system has evolved from a less complex system(which, by the way, goes against the second
law of thermodynamics).
I know this isn't all that evolutionists believe, but if they can't prove half of their theory, will adding another facet to the theory somehow make it plausible as a whole?