Crayfish tail inspires Mars robot design | See how the advance of scientific knowledge supports intelligent design! |
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 Darwin’s Black Box
Dr. Michael J. Behe
This easy-to-read book does a top notch job of explaining one of the most vexing problems in biology: the origin of the complexity that permeates all of life. Behe, a professor in biochemistry who is not a Biblical creationist, comes to the conclusion that at a biochemical level, scientists have no option but to believe in intelligent design.
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| | Visit our Q&A page on Design! | by Dr Jonathan SarfatiOnce again, scientists are learning from the designs in nature to build high-tech machines, a field called biomimetics. This time, zoologist David Macmillan and other researchers from the University of Melbourne (Australia) are studying the tail of a yabby, Australia’s freshwater crayfish, to design miniature robots that NASA hopes to use to explore Mars. Dr Macmillan says: ‘The tail of the yabby acts like a hinged lever, changing form to act as a sail for steering or a powerful paddle for swimming. The arrangement of muscles and levers presents an interesting case study in biological solutions to problems associated with the dynamics and control of multijointed levers. Such levers could be used in the design of multijointed legs for mobility over difficult terrain, or in activities requiring precision lifting and leverage.’ Engineers Australia, p. 24, February 2002. How much more can we learn from the Solver of these problems?
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