The International Symposium on Laser and Nonlinear Optical
Materials (ISLNOM) provides a unique forum for discussing recent
progress in the field of optical and optoelectronic materials,
including growth technology, device applications, performance, and
materials characterization. It is the purpose of this symposium to
bring together scientists and engineers from around the World (Asia,
Europe, Russia and the United States) to discuss the most exciting
new developments in this field. It covers a wide range of materials,
including oxides, fluorides, nitrides, II-VI and III-V compounds.
In recent years other topics have also been incorporated into this symposium,
including scintillator materials and industrial manufacturing issues.
The first symposium was held in Singapore in 1997 and the second in
Lyon, France in 2000. The next symposium, ISLNOM-3, will be held in
conjunction with the annual AACG crystal growth conference and the
OMVPE-11 (Keystone, Colorado in 2003). Since these symposiums emphasize
the most recent advances made in crystal growth technology, both for
bulk optical and optoelectronic devices and substrates, its coupling
with the AACGE conference, (in which many related topics in crystal
growth and epitaxy are covered), as well as the OMVPE workshop (which
covers an important semiconductor laser manufacturing technology) gives
added benefit to researchers attending any of these meetings
The proceedings will be published in the J Optical Materials. Please
submit 3 hard copies of the manuscript to the proceedings editors at
the Symposium by July 21,2003, in addition to submitting an
electronic version to Georges Boulon at [Contact Information Removed]. (View
Advanced Program)
Topics to be covered at the symposium will include, but are not
restricted to the following:
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Science and Technology of crystal growth of optical materials
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Bulk crystals, thin films, fibers, shaped crystals
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Crystal characterization, defects and devices
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Oxide, fluoride and nitride solid state lasers
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Semiconductor lasers
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High power lasers
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UV/Blue Lasers
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Nd, Yb, and Cr doped IR Lasers
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Ceramic lasers
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Organic optical materials
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Nonlinear materials
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Second Order nonlinear borates and KTA
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Third order nonlinear materials
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Waveguide structures
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Quasi-phase matching
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Photorefractive and magneto-optic materials
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Scintillators
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Manufacturing issues concerning crystal and device production
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Peter Moulton, Q-Peak, "History of Ti:Al2O3 and
Doped UV lasers" and
Paul Lecoq, CERN, "New Scintillator Crystals"
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| Speaker |
Organization |
Presentation Title |
|
G. Aka |
ENSCP |
Ca4ReO(BO3)3 (Re=Gd,Y,Nd)
Crystals for CW Green and Blue Microchip Laser Generation: From Crystal
Growth to Laser and Non Linear Optical Properties |
|
N. P. Barnes |
NASA Langley Research Center |
Compositionally Tuned Lasers For Remote Sensing |
|
B. Boulanger |
University J, Fourier |
Sphere and Cylinder: Two suitable Geometries in Nonlinear Optics for
Crystal Characterization and tunable parametric devices |
|
G. Boulon |
Claude Bernard Lyon 1 University |
Advances of Yb3+ Doped Crystals for Laser Applications |
|
R. Byer |
Stanford University |
Recent Advances in Solid State Lasers |
|
B. H. T. Chai |
Crystal Photonics |
Recent Progress of Scintillators |
|
C. Chen |
Chinese Academy of Sciences |
Growth and Vacuum-UV Harmonic Generation in KBBF Crystals |
|
C. Denman |
AFRL/DELO |
Generation of 20W sodium yellow for
adaptive optic telescope applications |
|
M. M. Fejer |
Stanford University |
Recent Progress in Quasi-Phase Matched
LiNbO3 & LiTaO3 |
| G. Grabosch & L. Parthier |
Schot-Technology Business Unit |
CaF2 for DUV Lithography applications |
|
G. Huber, E. Heumann, and Hanno Scheife |
University of Hamburg |
Advances in Up-conversion Lasers Based on Er3+ and
Pr3+ |
| M. Imaeda |
NGK Insulators, LTD |
Periodically Poled MgO:LiNbO3 Ridge-type Waveguide and
Application for Blue-Green SHG Lasers |
| Y. Kawakami & S. Fujita |
Kyoto University |
Emission Mechanism in InGaN/GaN-Based Quantum Well Structures |
| E. Moses |
LLNL |
The National Ignition Facility: The World's Largest Laser |
| Y. Mori and T. Sasaki |
Osaka University |
Development of Optical Nonlinear Crystals for UV Generation at Osaka
University |
|
M. Nikl |
Czech Institute of Physics |
Charge Transfer Luminescence in Yb+3 Containing Compounds |
|
N. Sarukura and T. Fukuda |
Institute for Molecular Science, Tohoku University |
Application of Various Fluoride Crystals as Ultraviolet Tunable Lasers Media and Optical
Materials for F2 Laser Lithography |
|
K. Schaffers |
LLNL |
High Power Yb:S-FAP Lasers |
|
P. Schunemann |
BEA System |
New Mid-IR Nonlinear Crystals |
|
I. Sorokina |
Techische University Wien |
Cr+2 Doped Materials for Lasers & Nonlinear Optics |
| K. Ueda |
University of Electrocommunication |
Scalable and High Performance Ceramic Lasers |
| R. Wallenstein |
University Kaiserslautern |
GB Lasers for display applications |
- Prof. Robert S. Feigelson, Stanford University, USA
Prof. Tsuguo Fukuda, Chairman of 161st Committee, JSPS; and Professor,
Institute of Multidisciplinary Research for Advanced Materials,
Tohoku University
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