
Nanometer-sized gold and silver disks are arranged like barcodes and can be observed as signal in a microscope. (Photo: Mirkin Lab)
Kyle Osberg is a fourth-year student working towards a PhD in Materials Science and Engineering. He is originally from Houston, TX.
Researchers and students at Northwestern University have developed a new way to look for chemical and biological agents using miniaturized detectors that work at nanoscale dimensions. The research is being done in the laboratory of Dr. Chad Mirkin, a National Security Science and Engineering Faculty Fellow (NSSEFF) funded by the Department of Defense. NSSEFF supports world-class faculty members and their development of the next generation of leading scientists.
Among Dr. Mirkin’s students is Kyle Osberg, a fourth year Ph.D. candidate from Houston, Texas, who is studying materials science and engineering. Kyle and a team of four students work on nanometer-sized gold and silver disks that are stacked and spaced at different intervals. They can be used to detect chemical and biological agents, encrypt and authenticate information, and track materials or people of interest, all while being highly covert and invisible to the naked eye.
One vision is that these disks can be embedded into fibers within lightweight, wearable fabrics worn by soldiers to monitor for possible biological and chemical threats.
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