1 Tunable Lasers in Optical Communications By James Harper Instructor: P. Lui Department of Electrical Engineering University at Buffalo State University.
PLMCN‘10 Bloch-Polaritons in Multiple Quantum Well Photonic Crystals David Goldberg 1, Lev I. Deych 1, Alexander Lisyansky 1, Zhou Shi 1, Vinod M. Menon.
Circular microstrip
Tunable Lasers in Optical Communications
Perovskite Absorbance ModAelling
Metal Cavity Nanolasers
K. Zioutas University of Patras / Greece + + O.K. Baker, A. Lindner, Y.K. Semertzidis, A. Upadhye Benefitted from: CERN, CAST + M. Betz, P. Brax, F. Caspers,
Spectroscopy with comb- referenced diode lasers Matt Cich, Gary V. Lopez, Philip M. Johnson, Trevor J. Sears and Chris P. McRaven 65 th OSU International.
Laser physics simulation program Lionel Canioni University Bordeaux I France.
K. Zioutas University of Patras / Greece
MSEG 803 Equilibria in Material Systems 5: Maxwell Relations & Stability Prof. Juejun (JJ) Hu [email protected].
High-temperature ultrafast polariton parametric amplification in semiconductor microcavities M. Saba et al. Nature 414, 731-735 (2001) Itoh Lab.M1 Masataka.
