Undergraduate and Graduate Students Collaborate to Improve Microelectronic Fabrication
Thanks to advances in microelectronics, the typical smart phone today has more computing power than the first moon lander. Microelectronics involves the fabrication of minute electronic components with features on the micrometer scale or smaller. These advances are known to be slowing, and a collaboration between the Department of Chemistry and Thayer School of Engineering, led by Katherine A. Mirica, Assistant Professor of Chemistry, and Douglas W.
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