Overview
Research Areas
Faculty
- Gonzalo Arce
- Kenneth Barner
- Allen Barnett
- Stephan Bohacek
- Charles Boncelet
- Stephen Bremner
- Takashi Buma
- Leonard J. Cimini, Jr.
- Sylvain G. Cloutier
- Hui Fang
- Guang R. Gao
- Javier Garcia-Frias
- Keith Goossen
- Michael Haney
- Robert G. Hunsperger
- Fouad Kiamilev
- James Kolodzey
- Xiaoming Li
- Mark Mirotznik
- Olufemi Olowolafe
- Dennis Prather
- Dave Sincoskie
- Karl Steiner
- Daniel Weile
- Xiang-Gen Xia
- Ryan Zurakowski
Assistant Professor Sylvain G. Cloutier
Overview
Current Projects
- Electro-optical properties of carbon nanostructures
- Hybrid nano- & bio-functionalized optical materials
- Novel Optically-Active Nano-Engineered Silicon-based Material & Device Platforms
- Optical biopsy & single-cell spectroscopy
- Optical Micro-Spectroscopy for Characterization of Nano-Scaled Materials
- Silicon-based light emitters
Research Interests
Office:
310 DuPont Hall
Phone:
(302) 831-4352
Fax:
(302) 831-4316
Affiliated Center
Prof. Cloutier’ general research interests focus on using light-matter interactions to study nano-scaled materials (carbon nanotubes, semiconductor nanodots & nanowires, metallic nanoparticles, and others) as well as biological systems.
More specifically, he is studying the control and alteration of the fundamental properties of optical materials through nano-scale engineering. His work on the novel optical properties of metallic nanoparticle and semiconductor nanodot & nanowire arrays has shown how altering materials at the nanoscale provides a unique way of control over their macroscopic properties.
In addition, he also uses nano- and bio-materials in the development of novel hybrid functionalized optical materials and photonic devices. He is also expanding his work to bio-photonics and photo-biology by using light to probe, manipulate and characterize cells and their constituents and nano-materials to enhance and provide further control over light-matter interactions in such biological systems.