We all know and accept that design 'can' do all of the things that mijo claimed, if you allow it to, and that evolution can't, but, as I've said before (it feels like a million times now), if we can identify just one complex human design where mijo's list doesn't apply, then the analogy works for that example, and it only needs to work for one example to make the case.
No, that doesn't invalidate ImaginalDisc's argument.
If I say that I can swim, and you photograph me walking,
that doesn't invalidate my claim.
If I say that crocodiles can swin but not walk, and you show me a walking crocodile, then
that claim is invalidated.
We are saying that evolution
can't do things that design can, not that design always does these things.
Let's go right back to the OP and pretend for a minute that, instead of choosing the motor car, and writing somewhat generically, I'd chosen another complex human design. For the purpose of this debate let's not be specific just yet; let's just call it the 'Widget'. Now, in the context of what I've written recently and time and again before regarding how technology could be developed by unintelligent robots through random changes and environmental selection, let's analyse mijo's list and see to what extent it applies in the case of the historical development of the Widget:
Has the design been overhauled? No, it occurred through a long series of gradual changes.
Did the design plan for long-term development? No, the robots simply made random changes (mutations), put it out in the market and watched to see the sales pattern (selection). If sales fell, the last change to the design was dropped (i.e. that particular 'mutation' failed to survive); if the sales remained the same or improved the change was retained. Incidentally, there was a point, you know, when the Widget almost became 'extinct' because of competitive pressure from the 'Bodgit', but a lucky random design change (mutation) set the Widget down a slightly different path that saved it!
Has the design lifted elements from other designs, such as the Bodgit, and applied them to the Widget? No, all changes have been randomly introduced.
Has the design retained the plans of the form of the Widget indefinitely? No, evidently. The Widget has changed almost beyond recognition over time, and the old plans have been disposed of. They're of no use now, you see!
Is the Widget produced by autonomous reproduction? Yes, the production line just goes on and on, churning them out 24/7.
This is an
inefficient evolutionary algorithm.
Did the design plan for long-term development? No, the robots simply made random changes (mutations), put it out in the market and watched to see the sales pattern (selection). If sales fell, the last change to the design was dropped (i.e. that particular 'mutation' failed to survive); if the sales remained the same or improved the change was retained. Incidentally, there was a point, you know, when the Widget almost became 'extinct' because of competitive pressure from the 'Bodgit', but a lucky random design change (mutation) set the Widget down a slightly different path that saved it!
There is an implicit algorithm for the selection in the above statement.
Over what time do sales need to fall? Over a second? Over a minute? Over a decade? What constitutes a fall? How is this analysed?
Do you know why this algorithm is also an inefficient algorithm?
Does the Widget have heritable traits? Of course it does. It looks very like the previous model, which itself looked very like the one before that, which looked very like the one before that, right back to the original, basic version.
Has the Widget 'mutated', and passed on those 'mutations'? Of course it has, in essence. See the explanation above regarding planning for the long term.
There you go jimbob. mijo's list fails to apply in ALL respects regarding the Widget. All we need to do now is identify at least one real-life Widget. Would you like me to give you a list jimbob?!
It fails because the selection algorithm needed to be intelligently implimented, or if that was developed using an evolutionary algorithm then the specifications for the original evolutionary algorithm needed to be defined by an intelligent agent.
I'm sure that even you jimbob, if you really try hard, could identify species with evolved characteristics that far surpass a fluorescent mouse. How many generations did it take sea creatures to evolve wings and fly (oh come now, flying sea creatures! Who's leg are you trying to pull?!).
The point is not
just that the mouse fluoresces,
but that it fluoresces with identical gene sequence to jellyfish. That is impossible to any practical level of definition. It is even more obvious when you look at the mouse's parents.
What about with a bit of human intervention and gene-splicing?
Oh yes jimbob, this is an
excellent comparison with technological development, such as the motor car. Well done, you're really homing in on the gist of the OP now!
Jimbob, I honestly don't think I can make this any clearer for you. If you continue to do any of the following I will simply refer you back to this post, if I do anything, as it will demonstrate that you have not read and/or understood this post properly, in which case there's nothing more I can do to help you:
I have just shown some features that one might could only expect from a process of intelligent design. (Design can deliberately copy features from other designs).
A GMO seems a perfectly valid example in a discussion about evolution and inteligent design.
Claim that mijo's list invalidates the analogy.
Claim that technological development necessarily involves intent and/or forethought
Claim that technological development necessarily has to have an intelligent agent to determine what changes to make.
Claim that technological development necessarily has to have an intelligent agent to select what works and what doesn't.
But your extremely hypothetical example, unlike any development anywhere (you are using an
ineficient evolutinary algorithm)
still has implicit inteligent intent in the selection of your selection criteria. Of course an evolutionary algorithm doesn't need intelligence to make the changes, but selection is vital.
This selection is ultimately driven by intelligence unless there is imperfect self-replication.