Post by Pincho Paxton on Aug 20, 2014 12:23:38 GMT
Link...
How worms crawl: mathematical model challenges traditional view
Pincho says...
Worms, and crocodiles on the same day, how lucky is that? Both play a big part in my evolution from land to sea. Here we have the worm with localized body function to ground surface. This is important, because the average ground surface could determine the areas of the worm that require the most strength to carry them. For example, six pairs of limbs, or seven, or eight. I am talking about muscle grouping, combined with gravity, and surface pattern evolving at the quantum level into limbs. Then eventually to become fish from loss of limbs into fins. This new model moves the idea closer, because it localizes the strength of individual worm wiggles.
Pincho Paxton
How worms crawl: mathematical model challenges traditional view
Pincho says...
Worms, and crocodiles on the same day, how lucky is that? Both play a big part in my evolution from land to sea. Here we have the worm with localized body function to ground surface. This is important, because the average ground surface could determine the areas of the worm that require the most strength to carry them. For example, six pairs of limbs, or seven, or eight. I am talking about muscle grouping, combined with gravity, and surface pattern evolving at the quantum level into limbs. Then eventually to become fish from loss of limbs into fins. This new model moves the idea closer, because it localizes the strength of individual worm wiggles.
Pincho Paxton