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Scientists believe the  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory from their research will assist in advancing  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory and neuroscience. Study co- authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory Dr Andrew Schulz said: "Each whisker on elephants' trunks acts as a tactile  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory organ." This allows an elephant to pick up something as  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory as a  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory chip without breaking it. The research could help increase dexterity in robots. Dr Lena Kaufmann is  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory about how the research could advance neuroscience. She said her  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory "contribute to our understanding of the tactile perception of these  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory animals". She says the study will increase our understanding of "neuronal computation" — how the brain's neurons process  authordelicateexcitedfascinatingfindingsinformationinsightspotatoroboticssensory to think, feel, and act.