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reference: Stimuli-responsive polymer gels

Developments in design of new responsive polymers along with structure–property evaluation, fabrication of materials, and modeling of materials are vital for the applications of polymer gels. Firstly, bio-responsive hydrogels and elastomers that show a response to enzymes, proteins, and other combinations of stimuli are important for biotechnological applications of shape-memory including modulated drug-release studies, biosensors, diagnostics, tissue regeneration/wound healing, cellencapsulation membranes and hybrid organ development. Major considerations for the usage of these materials include biocompatibility, bio-degradability, mechanical strength, response time under physiological conditions, and good correlation between in vitro and in vivo studies.14,106,108,109 Secondly, stimuli-responsive polymer gels are good candidates for the design of microfluidic channels to fabricate elements for separation, catalysis, sensing, surface modifications, and dosing microvolumes of liqu

reference: A Hybrot, the Rat-Brained Robot; Steve Potter, Georgia Institute of Technology, 2002

A hybrot (short for "hybrid robot") is a cybernetic organism in the form of a robot controlled by a computer consisting of both electronic and biological elements. The Hybrot, a small robot that moves about using the brain signals of a rat, is the first robotic device whose movements are controlled by a network of cultured neuron cells. The biological elements are typically rat neurons connected to a computer chip. This feat was first accomplished by Dr. Steve Potter, a professor of biomedical engineering at the Georgia Institute of Technology: “ In his experiment, Potter places a droplet of solution containing thousands of rat neuron cells onto a silicon chip that's embedded with 60 electrodes connected to an amplifier. The electrical signals that the cells fire at one another are picked up by the electrodes which then send the amplified signal into a computer. The computer, in turn, wirelessly relays the data to the robot. “ The robot then manifests this n

Art projects reference: Amorphic Robot Works, Chico MacMurtrie, from 1992 onward

Chico MacMurtrie was born in New Mexico in 1961. He has been awarded four grants from the National Endowment for the Arts for Interdisciplinary Artists. In 1990 he received the San Francisco Bay Guardian Goldie Award. In 1992 MacMurtrie formed Amorphic Robot Works, a group of artists and engineers working together to create robotic art performances and installations. His permanent commissioned interactive sculptures include the anthropomorphic Urge to Stand at Yerba Buena Gardens in San Francisco, Fetus to Man sculpture/clock for the city of Lille France, and Growing Raining Tree at Contemporary Arts Center in Cincinnati OH. ARW's Artistic Director Chico MacMurtrie, describes his vision, "The work is an ongoing endeavor to uncover the primacy of movement and sound. Each machine is inspired or influenced, both, by modern society, and what I physically experience and sense. The whole of this input informs my ideas and work. image of skeletal reflections on artist si t

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