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→‎Irreducible Complexity: I think "complex" is a better word than "ornate." A termite mound exhibits lots of complexity but I wouldn't want one as an ornament!
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# The [[ear]] contains three tiny [[bone]]s that transmit sound waves from the eardrum to the cochlea.<ref>[http://faculty.washington.edu/chudler/bigear.html Neuroscience for Kids: The Ear]</ref>  Because of the complicated arrangement of those bones, transitional forms (which have never been found) would have served no purpose. Evolutionists claim that these bones used to form part of the reptilian jaw joint, but no intermediate fossil with half jaw/half ear has ever been found, and there is no way evolutionism can explain how a jaw becomes an ear.
 
# The [[ear]] contains three tiny [[bone]]s that transmit sound waves from the eardrum to the cochlea.<ref>[http://faculty.washington.edu/chudler/bigear.html Neuroscience for Kids: The Ear]</ref>  Because of the complicated arrangement of those bones, transitional forms (which have never been found) would have served no purpose. Evolutionists claim that these bones used to form part of the reptilian jaw joint, but no intermediate fossil with half jaw/half ear has ever been found, and there is no way evolutionism can explain how a jaw becomes an ear.
 
# Bony skeletons represent an example of irreducible complexity, since only a fully formed, complete skeleton is of any use whatsoever, while having only one or some few number of bones in an otherwise invertebrate creature is hardly advantageous. It is inconceivable to think that some random mutation could have resulted in the formation if an entire bone system in a creature which was previously invertebrate.
 
# Bony skeletons represent an example of irreducible complexity, since only a fully formed, complete skeleton is of any use whatsoever, while having only one or some few number of bones in an otherwise invertebrate creature is hardly advantageous. It is inconceivable to think that some random mutation could have resulted in the formation if an entire bone system in a creature which was previously invertebrate.
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# "Social insects" such as bees, ants, and termites, which have extremely ornate caste systems.  Where an insect fits into the system is determined by its diet when young.  Evolution requires that the genes for the various castes and the genes for caste-specific behavior all appeared simultaneously.  Akin to the concept of [[irreducible complexity]], but on a higher (social) order, this is impossible given random chance. The complex social structure of these insects is evidence of [[intelligent design]]; also, since the overwhelming majority of individuals are workers and do not reproduce, they do not perpetuate their genetic material, as evolutionism claims all living things must do.
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# "Social insects" such as bees, ants, and termites, which have extremely complex caste systems.  Where an insect fits into the system is determined by its diet when young.  Evolution requires that the genes for the various castes and the genes for caste-specific behavior all appeared simultaneously.  Akin to the concept of [[irreducible complexity]], but on a higher (social) order, this is impossible given random chance. The complex social structure of these insects is evidence of [[intelligent design]]; also, since the overwhelming majority of individuals are workers and do not reproduce, they do not perpetuate their genetic material, as evolutionism claims all living things must do.
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