Explains how fish breathe, and describes a new invention that may allow people to breathe like they do, without having to use the heavy tanks of air as divers to today.
Each volume in this series tells a story of biomimicry, or more specifically, how scientists and inventors have tried to imitate something in nature in an effort to create better, stronger, safer tools and processes for everyday life.
Each volume in this series tells a story of biomimicry, or more specifically, how scientists and inventors have tried to imitate something in nature in an effort to create better, stronger, safer tools and processes for everyday life.
Inspired by bats' ability to "see with sound," three scientists from the University of Leeds in England used their knowledge of echolocation to invent an ultrasonic cane for the visually impaired. Echolocation by bats is explained, as well as the electronic mimicking of ultrasonic mapping, how it works, and how the UltraCane is used by blind individuals.
Pine cones are considered "smart materials", able to expand and contract in response to their moisture content. Researchers in England are attempting to imitate pine cone actuation by inventing smart fabrics that respond to perspiration by opening up and cooling off the wearer. Their goal is clothing that adjusts to the weather.
Explains how human and octopus eyes work, and describes research being done to create a camera that uses a lens imitating an octopus eye, in order to get higher quality pictures.
Take one intrepid bug scientist; add a determination to understand arthropod locomotion; mix with engineers anxious to build a better robot; and humanity gets Spider-bots, Mini-Whegs and iSprawls. This is the story of The Poly-PEDAL Laboratory where ingenious experiments with the likes of cockroaches and centipedes inspired other laboratories to design mini-robots that mimic and eerily resemble the real thing.