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Invited Presentations
26. EUROPT(R)ODE X (Prague, Czech,
March 2010)
25. University of Oregon (Feb. 2010)
24. SPIE Photonics West (San
Francisco, CA, January 2010)
23. IEEE
Engineering in Medicine and Biology 2009 (October 2009)
22. NSF
Fiber sensing workshop (Wuhan, China, July 2009)
21.
Optofluidic ring resonators for sensitive label-free bioanalytical
detection, Pittcon’2009,
Chicago, IL (March 2009)
20. BME Department, Drexel University (March 2009)
19. BME Department, University of Michigan (February
2009)
18. AIMBE Annual Meeting (February 2009)
17. A universal label-free biosensing platform based on
opto-fluidic ring resonators, SPIE
Photonics West, San Jose, CA (January 2009).
16. ECE Department, UIUC (Jan. 2009)
15. Vanderbilt University (Jan. 2009)
14. Northeastern University (October, 2008)
12. University of Minnesota (October, 2008)
11. Advances in optical ring resonator based bio/chemical
sensing, The 21st Annual
Meeting of The IEEE Lasers & Electro-Optics
Society, Newport Beach, CA (2008).
10. New York Polytech. (May, 2008)
9. Opto-fluidic Ring Resonator Dye Micro-lasers,
SPIE Photonics West (2008)
8. Applications of the liquid core optical ring
resonator platform, SPIE Optics East (2007)
7. Optofluidic ring resonators: properties,
characterization, and applications, CRI Workshop
on the "Physics of Microresonators" University of North
Carolina at Charlotte (2007)
6. Novel Optical Ring Resonators for
Label-free Biodetection, Mid-South Annual
Engineering & Sciences Conference (2007)
5. Lab-on-a-chip bio/chemical sensing system
based on the liquid core optical ring
resonator, SPIE Defense and Security Conference
at Orlando FL (2007)
4. Overview of novel integrated optical ring
resonator bio/chemical sensors, SPIE,
Photonics West, San Jose (2007)
3. Bio-chemical sensor development based on
liquid core optical ring resonators,
University of Georgia (2006)
2. Nonlinear optical interactions in
semiconductor microcavities in the nonperturbative
regime, OSA Annul Meeting (Baltimore, Maryland,
October 1998)
1. Stimulated emission from semiconductor
microcavities: Toward laser emission from a
few excitons, Physics and Simulation of Optoelectronic
Devices VI (1998) |
