Hello all evolutionists out there. Could someone please tell me in as few words as possible, what irreducible complexity is, and why you believe it to be wrong.
thanks,
J.M.N.W.
thanks,
J.M.N.W.
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3Amig(o)s said:Hello all evolutionists out there. Could someone please tell me in as few words as possible, what irreducible complexity is, and why you believe it to be wrong.
Irreducible complexity is supposed to be the idea that all the components in a particular biological function must work together perfectly, and that the removal of any component would make that biological function cease to function. A non-biological example might be a three-legged stool, where the removal of any of the legs or the seat could cause the whole structure to collapse (although, strictly speaking, Behe has conceded that this is not an IC system as a block of wood sitting on the floor serves the function of a raised seat).3Amig(o)s said:Hello all evolutionists out there. Could someone please tell me in as few words as possible, what irreducible complexity is, and why you believe it to be wrong.
The bolas spider mastophora uses an unusual prey-capture system. It spins only a single short strand of web, at the end of which is a drop of glue. Then it swings this strand around in circle underneath it. At the same time, it releases a scent - a pheromone - that attracts male Noctuid moths. A moth flies into the area, hits the glue, and sticks. The spider draws in the trapped moth and dines.
This system is Irreducibly Complex. Without the glue, the moth wouldn't get trapped. Without the web, moths that fly by (as opposed to landing by the spider) wouldn't get caught. Without the pheromone, there wouldn't be enough moths in the area. The web swinging behavior is reducible, though. There is a cave-dwelling fly larva which attracts prey with a light, instead of a smell. It has a single-strand web, but doesn't swing it.
The bolas spider's system could have evolved gradually. Imagine a spider with a normal sticky web. Add the pheromone. Lots of moths get caught, so there's no point in wasting effort on a great big web with lots of glue. The web is gradually simplified all the way down to one strand with one dot of glue. But the pheromone, which was just an improvement, gradually becomes a necessity.
FSTDT said:Irreducible complexity is supposed to be the idea that all the components in a particular biological function must work together perfectly, and that the removal of any component would make that biological function cease to function.
A non-biological example might be a three-legged stool, where the removal of any of the legs or the seat could cause the whole structure to collapse (although, strictly speaking, Behe has conceded that this is not an IC system as a block of wood sitting on the floor serves the function of a raised seat).
The problem with irreducible complexity is that no one actually cares whether the removal of a part from a biological structure will cause it to cease functioning altogether.
the real question should be whether the biological functions can come together from successive changes in the first place.
Irreducibly complex systems can evolve, usually because a non-irreducible system loses its redundant parts (comparable to the way that an arch starts out as a reducibly complex system with scaffolding, but as soon as the scaffolding is removed the arch system becomes IC - we know this because the removal of the keystone or any other stone would cause all the other pieces of the arch to fall into itself).
So, its not really a problem that IC systems exist, because it has already been shown that these systems can evolve in a fairly straightforward manner. The eye, beetles, sexual production, venus fly traps, flagella, etc. all have served as IC systems, but the formation of these systems can be shown in a series of successive steps.
Irreducible complexity is a misnomer in a sense, because IC says that the removal of any part from a biological structure causes that structure to loose its function - if that is the accepted definition, then plenty of IC systems exist.
However, if irreducible complexity is understood in the sense that there are no successive steps that lead up to formation of any particular biological structure or function, then this is simply untrue, and there is no such thing as this kind of IC system in biology.
Grengor said:That certain structures can't be evolved and require an intelligent designer, and they've been shown to be not truly irreducibly complex.
TheIntelligentDesigner said:systems with multiple 'critical characteristics' will be tough to evolve. You think natural selection is magic. More power to you.
Hmmm. So you want an explanation with an absolute minimum number of words? So concise that if even one word was removed the explanation would fail? Could there be an element of humor in this request?3Amig(o)s said:Hello all evolutionists out there. Could someone please tell me in as few words as possible, what irreducible complexity is, and why you believe it to be wrong.
thanks,
J.M.N.W.
Politics rears its ugly head. Id expect no less from an ID advocate. After all, taking sides is required; winning a (contrived) cultural war is the goal.TheIntelligentDesigner said:In other words, you don't care about the other side.
Supernaturalism isnt magic?TheIntelligentDesigner said:systems with multiple 'critical characteristics' will be tough to evolve. You think natural selection is magic. More power to you.
*spits out words put into my mouth*TheIntelligentDesigner said:In other words, you don't care about the other side.FSTDT said:The problem with irreducible complexity is that no one actually cares whether the removal of a part from a biological structure will cause it to cease functioning altogether
This vacuous to the extreme of being laughable. Exactly what metaphysics are you talking about is anyone guess (although my informed guess tells me that you could be referring to metaphysical claims that precisely no one holds rather than attacking the claims that evolution actually makes).That's a good question. How about you and all of the other evolutionists try and figure that one out. Since natural selection has never been shown to produce novel 'irreducibly complex' biochemical systems, your whole arguments are based on the same metaphysics as the ID crowd. You can think things up that fit your paradigm, but it's all would-be, could-be, 'just so' stories.
No kidding if you take away all the redundant parts of a system that it gets to a point where if you took away anymore that it would collapse. No one denies that such systems exist.Scaffolding in your example may be 'irreducibly complex', tainting your whole argument. If you take away the redundant parts to the scaffolding, once you get to a point, the scaffolding will no longer function as scaffolding, and the arch will tumble down if all the stones are not in place.
This is empirically false, as evidenced by the fly trap example above and the spider example in my previous post. I mentioned before, it isnt so much that critical characteristics already exist that makes the argument for IC, but rather its concerned with whether natural selection account for how they got there in the first place.Appeal to authority and wishful thinking. If there is more than one 'critical characteristic' to a system, then each of your 'critical characteristics' will have to evolve simultaneously to get that system to function. Good luck, god will not help you on that one.
variant said:What say you to the possibility that a caricteristic or piece of a system was at one time only adventagious, but has now evolved to a point where it is nessisary?
Does that sound like magic?
TheIntelligentDesigner said:If any one of the critical characteristics were removed, the system would not function, so you would have to evolve multiple critical characteristics simultaneously so as to establish and continue function within an irredicibly complex system.
TheIntelligentDesigner said:If any one of the critical characteristics were removed, the system would not function, so you would have to evolve multiple critical characteristics simultaneously so as to establish and continue function within an irredicibly complex system.
notto said:Have you ever seen anybody build a bridge?
I your world, it would be impossible.
Are you simply ignoring the examples of the evolution of IC that you have been shown already?
Please point out the flaws in the following:
talkdesign.org/faqs/flagellum.html/
Please be specific. You suggest that this is a 'just so' story. You should be able to demonstrate it.
I await your reasoned and detailed response and trust that it will not just be filled with more assertions without support or poor logic.
Design101 said:Codes do not exist without intelligent causation.
What a joke. The other day you claimed we had built in design detectors. Now you appeal to logic. Which is it Mr. BanMeDaily? Logic or instinct?Design101 said:Logic would dictate that information is the product of intelligent causation, not an undirected set of processes or natural laws.
I don't need to read further than this. You are telling me that there is no peer reviewed research, apparantly basing your statement only on the abstract, when the peer reviewed research is all referenced below the paper (chapter six, appropriately called 'references'. You sir, are a joke.Design101 said:"However, published attempts to explain flagellar origins suffer from vagueness and are inconsistent with recent discoveries and the constraints imposed by Brownian motion."
This sentence is very important in the link that you have provided. Please show me or provide me with a link to a peer reviewed paper instead, which shows a working model that provides change in molecular machines such as the flagellum. There are none that show any increase in complexity or function. Engineering diagrams are now an excellent way to study the flagellum. At least they were honest in that link.
"A new model is proposed based on two major arguments."
The very next sentence of that paper is now trying to tell you--even though we don't have any peer reviewed working models of evolution taking place at the molecular machine level, we will now tell you how we at talkorigins think it happened (with no testing of any change that actually takes place in reality). It is pointless to even propose a model such as the one presented because ultimately the driving force behind biochemical systems is the code. Where did you get this chemical code from?--And why is there informational pathways built into the circuitry of the cell? Hmm...Something is afoot here.