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A precursor concept to the IC was to create small ceramic squares (wafers), each containing a single miniaturized element. Components might then be built-in and wired right into a bidimensional or tridimensional compact grid. This idea, which looked very promising in 1957, was proposed to the US Army by Jack Kilby, and led to the brief-lived Micromodule Program (much like 1951’s Challenge Tinkertoy). Nonetheless, because the project was gaining momentum, Kilby got here up with a brand new, revolutionary design: the IC.

Biosensors
Biosensors detect the person’s “intentions.” Depending upon the impairment and type of system, this data can come from the user’s nervous and/or muscle system. The biosensor relates this data to a controller positioned either externally or inside the machine itself, within the case of a prosthetic. Biosensors additionally feedback from the limb and actuator (such because the limb position and applied pressure) and relate this data to the controller or the consumer’s nervous/muscle system.

Dr. Zhong Lin (Z.L.) Wang of the Georgia Institute of Know-how (Georgia Tech) is a number one researcher in nanogeneration [source: Nano]. For more than a decade, Wang and his team have been working to produce incredibly small circuits which may generate electrical current. Nanotechnology projects like those developed by the Georgia Tech team are so tiny that researchers should use microscopes to see what they’re working on and devices that may create and manipulate microscopic electronic parts and measure their output [supply: Illinois, Ravindran].

1 year ago