Illuminating New Possibilities
Alireza Marandi, Assistant Professor of Electrical Engineering, explores how nonlinear photonics, a field of optics, enables a broad range of previously less-explored opportunities for using lasers and light detectors for a variety of purposes, including molecular sensing and computing. One possible application of his work is in breath analysis. He describes, “ there's a lot of useful information about your health contained in your breath, but it is difficult to analyze because the concentrations are so low. To overcome that, you could analyze the spectra of exhaled breath using lasers, searching for the spectral "fingerprints," or signatures, that reveal the presence of those compounds.” [Interview with Professor Marandi]
The Possibilities are Mote and Remote
Professor Azita Emami’s work in high-speed data communications has led to a breakthrough that could spare millions of people the need to prick themselves with needles. As she engineers a more connected world, she also is working to make it a healthier one. Professor Emami doesn’t draw a line between the different endeavors. “Electronic systems for cell phones and computers are very, very advanced,” she explains. “So why not take the knowledge we have gained developing those technologies and find ways to apply it toward solutions in medicine?” [Breakthrough story]
Ryan Monroe Wins Milton and Francis Clauser Doctoral Prize
Ryan Monroe, advised by Greg Hallinan is a winner of this year's Milton and Francis Clauser Doctoral Prize, for his thesis "Gigahertz Bandwidth and Nanosecond Timescales: New Frontiers in Radio Astronomy through Peak Performance Signal Processing." The Clauser Prize is awarded to students whose PhD thesis reflects "extraordinary standards of quality, innovative research, ingenuity, and especially the potential of opening new avenues of human thought and endeavor."