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Princeton University—Laser Sensing |
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Wysocki Group |
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Gerard Wysocki Assistant Professor Princeton University, EE Dept. B324 Engineering Quad Princeton, NJ 08544 |
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To contact us: |
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Phone: 609-258-8187 Fax: 609-258-2158 E-mail: gwysocki(at)princeton(dot)edu |
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News: |
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¨ 10/12 PULSe new sensing technology featured at the Celebrate Princeton Invention ¨ 9/12 Andreas Hangauer joins PULSe Welcome Andreas!!! ¨ 5/12 Gerard Wysocki in collaboration with Prof. Daniel Sigman (Dept. of Geosciences at Princeton) receive the Eric and Wendy Schmidt Transformative Technology Fund award ¨ 4/12 Gerard Wysocki receives an Early Career Award from the U.S. Environmental Protection Agency (EPA) within Science to Achieve Results (STAR) Program ¨ 3/12 Michal Nikodem and Gerard Wysocki have been awarded second place in the 7th Innovation Forum organized by the Princeton’s Keller Center for Innovation in Engineering Education for a new trace-gas sensing technology based on Chirped Laser Dispersion Spectroscopy (CLaDS) ¨ 2/12 Yin wins a “people’s choice” award at the Posters, Pitches and Prizes event sponsored by the New Jersey Entrepreneurial Network (NJEN) at Princeton University for a poster “An Exhaled Nitric Oxide Analyzer for Point-of-Care Monitoring of Asthmatic Patients” CONGRATULATIONS Yin!!! ¨ 1/12 Yin Wang receives a 2nd place award in the entrepreneur competition hosted by SPIE at Photonics West 2012 for the pitch entitled “A Novel Point-of-Care Breath Analyzer ” CONGRATULATIONS Yin!!! |
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The PULSe (Princeton University Laser Sensing) group conducts research which is primarily focused on the development of mid-infrared laser spectroscopic instrumentation for applications in trace gas detection and chemical sensing. The target applications range from atmospheric chemistry, environmental monitoring and bio-medical research, to industrial emissions and process control.
Our current research activities include: · Development of ultra-sensitive mid-IR laser spectroscopic systems for remote or in-situ, non-invasive, rapid chemical analysis. · Development of widely tunable external cavity quantum cascade lasers (EC-QCLs) for high resolution molecular spectroscopic application · Development of distributed spectroscopic trace-gas sensor networks
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