Executive Summary Originally developed for neural implants in monkeys, this invention allows for in vivo wireless data and power transmission as minimally invasive as possible. By removing wires penetrating through the skin, the possibility of infection and inflammation are greatly reduced and is al.....
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Purdue University researchers have developed a novel chemical process that can be used to prestrain a wide range of EAP materials. This process simplifies and greatly improves the manufacturability of EAPs, making them durable, flexible, and in constant contact with the circuit. EAPs have many appli.....
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The invention addresses challenges of microarrays for biological applications by using a polymer to simultaneously pattern and protect the array surface.
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The rapid growth of the Internet of Things (IoT) has created a need for microsensors which transmit information from objects to computers. For example, “smart” running shoes could feature sensors which relay performance feedback to an athlete while she is exercising. The challenge in designing suc.....
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