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TECHNICAL PROGRAM WEDNESDAY 26 SEPTEMBER <strong>2012</strong><br />
GRAND BALLROOM F GRAND BALLROOM G HARBOUR ROOM A GRAND BALLROOM A<br />
WCC3 4:15 PM - 4:30 PM<br />
WDD4 4:15 PM - 4:30 PM<br />
Ultra-Fast All-Optical Nth-Order<br />
Differentiators based on Transmission<br />
Fiber Bragg Gratings, M. d. R. Fernández-<br />
Ruiz, Institut National de la Recherche<br />
Scientifique, Montreal, QC, Canada, A. Carballar,<br />
Universidad de Sevilla, Sevilla, Spain and J.<br />
Azaña, Institut National de la Recherche<br />
Scientifique, Montréal, QC, Canada<br />
A new technique to design ultra-broadband<br />
(~THz) all-optical signal processing devices<br />
based on linearly chirped fiber Bragg gratings<br />
operated in transmission is presented. Efficient<br />
and feasible Nth-order differentiators are numerically<br />
Dual-Wavelength Lasing Around 800 nm<br />
in a Tm:ZBLAN Fibre Laser, B. Frison,<br />
A. R. Sarmani, L. R. Chen, McGill University,<br />
Montréal, QC, Canada, X. Gu, Ryerson<br />
University, Toronto, ON, Canada, S. Thomas,<br />
P. Long, O/E Land, Inc., Lasalle, QC, Canada and<br />
M. Saad, IRphotonics, Saint-Laurent, QC,<br />
Canada<br />
We demonstrate dual wavelength operation,<br />
wavelength switching, and bistable behaviour in<br />
a Tm:ZBLAN fibre laser operating at 800 nm. The<br />
lasers are built in both single and cascadedcavity<br />
configurations.<br />
demonstrated based on this<br />
technique.<br />
WEE3 4:15 PM - 4:30 PM<br />
Blue Single Photon Emission from a<br />
Single InGaN/GaN Quantum Dot in<br />
Nanowire up to 200K, S. Deshpande,<br />
L. Zhang, T. Hill, A. Das, H. Deng and<br />
P. Bhattacharya, University of Michigan, Ann<br />
Arbor, MI, USA<br />
We report single photon emission from a single<br />
InGaN quantum dot inserted in a GaN nanowire<br />
(grown on Silicon by MBE) with a g2(0)=0.29 at<br />
200K.<br />
WFF4 4:15 PM -<br />
4:30 PM<br />
Optical-Frequency<br />
Signal<br />
Transmission via<br />
Localized Surface<br />
Plasmons,<br />
M. Fukuhara, T. Aihara,<br />
Y. Ishii and M. Fukuda,<br />
Toyohashi University of<br />
Technology, Toyohashi,<br />
Aichi, Japan<br />
We report results from<br />
a numerical study of<br />
optical-frequency<br />
signal transmission via<br />
localized surface<br />
plasmons (LSPs).<br />
LSPs excited within a<br />
Au disk on a Si<br />
substrate propagate<br />
over a chain of disks<br />
providing the signal.<br />
SANDPEBBLE C<br />
WGG3 4:15 PM -<br />
4:30 PM<br />
Dilute-As GaNAs<br />
Semiconductor for<br />
Visible Emitters,<br />
C. K. Tan, J. Zhang,<br />
X.-H. Li, G. Liu and<br />
N. Tansu, Lehigh<br />
University, Bethlehem,<br />
PA, USA<br />
First-principle analysis<br />
of the band structure for<br />
dilute-As GaNAs semiconductor<br />
was carried<br />
out, and the finding<br />
showed the direct<br />
bandgap properties of<br />
this alloy covering the<br />
entire visible spectral<br />
regime applicable for<br />
new visible emitters.<br />
WCC4 4:30 PM - 4:45 PM<br />
Time-Domain Holography,<br />
M. d. R. Fernández-Ruiz, M. Li and J. Azaña,<br />
Institut National de la Recherche Scientifique,<br />
Montréal, QC, Canada<br />
The exact time-domain counterpart of spatialdomain<br />
holography is introduced and formalized.<br />
Its application for arbitrary complex optical signal<br />
generation based on intensity-only devices (e.g.<br />
single Mach-Zehnder modulator and optical<br />
bandpass filter) is experimentally demonstrated.<br />
WCC5 4:45 PM - 5:00 PM<br />
Arbitrary-Order Photonic Differentiators<br />
Based on Phase-Shifted Long-Period<br />
Gratings, R. Ashrafi and J. Azaña, Institut<br />
National de la Recherche Scientifique, Montréal,<br />
QC, Canada<br />
A novel design of THz-bandwidth all-optical<br />
arbitrary-order differentiators based on phaseshifted<br />
long period fiber/waveguide gratings is<br />
proposed and numerically demonstrated. This<br />
solution offers a dramatically increased tolerance<br />
against practical variations in the grating parameters.<br />
WDD5 4:30 PM - 4:45 PM<br />
Investigation of Strain-Induced Effects on<br />
Microwave Signals from an PM-EDF<br />
based Short Cavity DBR Laser, M. Jiang,<br />
X.-Q. Dinh, P. Shum, Nanyang Technological<br />
University, Singapore, S. Molin, Thales Research<br />
and Technology - France, Palaiseau, France,<br />
Z. F. Wu, Nankai University, Tianjin, China and P.<br />
Nouchi, Thales Research and Technology -<br />
France, Palaiseau, France<br />
Axial strain-induced effects on beating frequency<br />
from a short cavity PM-EDF based distributed<br />
Bragg reflector (DBR) laser was investigated and<br />
experimentally demonstrated for the first time. A<br />
linear strain sensitivity of 0.640 GHz/m was<br />
obtained.<br />
WDD6 4:45 PM - 5:00 PM<br />
Down-conversion Praseodymium Doped<br />
Fiber Laser: Modeling and Analysis,<br />
M. Tang , J. Shi, S. Fu and P. Shum, Huazhong<br />
University of Science and Technology, Wuhan,<br />
Hubei, China<br />
We proposed a fiber Bragg grating based Pr 3+ -<br />
doped down conversion fiber lasers for red and<br />
green light generation. Numerical simulations<br />
investigate both steady state and Q-switching<br />
dynamics that qualitatively agree well with<br />
previous experimental demonstrations.<br />
WFF5 4:30 PM -<br />
4:45 PM<br />
Spectral<br />
Deformation of<br />
Propagating<br />
Surface Plasmon<br />
Polaritons, T. Aihara,<br />
M. Fukuhara,<br />
K. Nakagawa, Y. Ishii<br />
and M. Fukuda,<br />
Toyohashi University of<br />
Technology, Toyohashi,<br />
Aichi, Japan<br />
We discuss an analytic<br />
expression for the<br />
spectral shape of<br />
propagating surface<br />
plasmon polaritons<br />
(SPPs). Based on<br />
Drude’s model, the<br />
SPP spectral deformation,<br />
determined by<br />
differences in the<br />
intensity decay length,<br />
has been confirmed.<br />
WFF6 4:45 PM -<br />
5:00 PM<br />
Novel Polarization<br />
Splitting Through<br />
Asymmetric<br />
Plasmonic-<br />
Dielectric<br />
Coupling, L. Gao,<br />
F. Hu and Z. Zhou,<br />
Peking University,<br />
Beijing, China<br />
A novel polarization<br />
splitting is proposed<br />
through plasmonicdielectric<br />
coupling with<br />
ultrashort coupling<br />
length. Extinction<br />
ratios of 20.8dB and<br />
17.0dB for TE and TM<br />
WGG4 4:30 PM -<br />
4:45 PM<br />
P-Doped Effect on<br />
Dot density in<br />
InP/AlGaInP Laser<br />
Diode Structures,<br />
M. Al-Ghamdi, King<br />
Abdulaziz University,<br />
Jeddah, Saudi Arabia,<br />
P. M. Smowton, Cardiff<br />
University, Cardiff, UK<br />
and A. B. Krysa,<br />
University of Sheffield,<br />
Sheffield, UK<br />
We demonstrate the p-<br />
doping influence on<br />
number of dots<br />
explained by comparison<br />
with structures has<br />
different quantity of<br />
material deposited.<br />
Peak modal gain at<br />
high temperatures is<br />
higher in p-doped<br />
structure compare to<br />
undoped one.<br />
WGG5 4:45 PM -<br />
5:00 PM<br />
Transmission<br />
Electron<br />
Microscopy Study<br />
of Metamorphic III-<br />
Sb VECSELs on<br />
GaAs/AlGaAs<br />
Distributed Bragg<br />
Reflectors,<br />
P. Ahirwar, D. Shima,<br />
T. J. Rotter, S. Clark,<br />
C. P. Hains, University<br />
of New Mexico,<br />
Albuquerque, NM,<br />
USA, A. Laurain,<br />
Y.-Y. Lai, T.-L. Wang,<br />
M. Yarborough,<br />
J. V. Moloney,<br />
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