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We present microscale self-assembly as a suite of techniques that promotes the electronics industry's initiative towards functional diversification and function densification, and two specific programmable self-assembly projects that are driven by real-world limitations and aspirations of present assembly and packaging technologies. Towards said goals, we demonstrate that our processes can improve...
This paper demonstrates a novel method to perform micropart (370 times 370 times 150 mum3) delivery to receptor sites (20 times 10 array) with a batch assembly process that leads to 100% yield within tens of seconds. The delivery mechanism is statistically characterized and a chemical kinetics inspired model previously proposed is extended. Based on this understanding, repeatable and programmable...
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