Geckos are famous for their ability to walk up walls and scamper across ceilings. The dry-adhesive surface of geckos’ toes has inspired many attempts to copy this ability in an artificial material. Isabel Rodríguez ...
Nanomaterials
Sep 5, 2011
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Geckos' ability to scamper up walls with ease has long inspired scientists who study the fine keratin hairs on these creatures' footpads, believed responsible for the adhesion. Researchers at The University of Akron have ...
Analytical Chemistry
Aug 25, 2011
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(PhysOrg.com) -- A new paper published in Naturwissenschaft reveals a fossil from 120 million years ago that proves that some lizards were not laying eggs but rather giving birth to live young.
The nocturnal house gecko is an aggressive island invader with a bad reputation when it comes to interaction with the locals. House geckos have already contributed to the demise of many similar species active during the night.
Plants & Animals
Jun 7, 2011
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(PhysOrg.com) -- Those of you who paid close attention in biology (or zoology) class may recall that the gecko can climb any vertical substance known to man, with the exception of Teflon, without much trouble thanks to the ...
Scientists have long turned to nature for inspiration and innovation. From unlocking the secrets of spider silk to create super-strong materials to taking hints from geckos for new adhesives, clues from the natural world ...
Engineering
Mar 8, 2011
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Not long after Dr. Ali Dhinojwala, chairman of The University of Akron Department of Polymer Science, unpeeled the secret (fine, clingy hairs) behind the remarkable adhesion of gecko feet, he and fellow researchers came up ...
Nanomaterials
Nov 19, 2010
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Geckos have amazingly sticky feet. Their stickability comes from billions of dry microscopic hairs that coat the soles of their feet. However, when humidity increases, gecko feet stick even tighter to smooth surfaces, so ...
Plants & Animals
Oct 15, 2010
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(PhysOrg.com) -- The science behind gecko toes holds the answer to a dry adhesive that provides an ideal grip for robot feet. Stanford mechanical engineer Mark Cutkosky is using the new material, based on the structure of ...
Engineering
Aug 24, 2010
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(PhysOrg.com) -- Researchers from Northeastern and Korean universities collaborate on developing a surface that mimics lizard?s footpad for extraordinary adhesive quality
Nanomaterials
Jun 29, 2010
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