Center for Quantum Devices - Seminars and Other Visiting Speakers

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76.	Making Your Mark on the World: Laser Marking Dr. Mark Bennahmias Domino Lasers, Inc. Anaheim, CA, USA May 24, 1999
77.	Advanced Quantum Devices for Optical Communication Systems Applications Dr. S.J. Ben Yoo Bellcore Red Bank, NJ, Usa March 23, 1999
78.	Nanoimprint Lithography: Some Polyer Issues Dr. Clivia M. Sotomayor Torres Institute of Materials Sciences and Dept. of Electrical Engineering, University of Wuppertal Wuppertal, GERMANY March 12, 1999
79.	Optical Properties of Opal-Based Nanocomposites Dr. Clivia M. Sotomayor Torres Institute of Materials Sciences and Dept. of Electrical Engineering, University of Wuppertal Wuppertal, GERMANY March 12, 1999
80.	III-V Semiconductor Research at the University of Sheffield Dr. Peter J. Parbrook & Dr. Chris C. Button Department of Electronic and Electrical Engineering University of Sheffield, ENGLAND November 17, 1998
81.	Current Status of Development of Solid-State Flame Detector in Meijo University-Osaka Gas Group Dr. Akira Hirano Fundamental Research Labs Osaka Gas Company, Ltd. JAPAN November 13, 1998
82.	The Integration of III-V Optoelectronics with Silicon Circuitry Dr. David Mathine Optical Sciences Center, University of Arizona Tucson, AZ, USA September 10, 1998
83.	Blue and Green SHG Light Sources Using Periodically Poled MgO:LiNbO3 Dr. Toshiro Hayakawa Fiji Photo Film Co. Ltd. Miyanodai Technical Development Center, JAPAN May 27, 1998
84.	Overview of Lucent Technologies Optoelectronics Work Mr. Kevin Campbell Lucent Technologies Reading, PA, USA May 20, 1998
85.	AlGaN/GaN HEMTs for Microwave Ultra High Power Amplifiers Dr. Lester F. Eastman Department of Electrical Engineering Cornell University, USA May 1, 1998
86.	Review of Recent III-V Semiconductor Research Dr. Dimitris Pavlidis EE/CS Department, Solid State Electronics Laboratory University of Michigan-Ann Arbor, USA March 27, 1998
87.	Measuring Atomic Orbital Polarization to Study the Breaking of Chemical Bonds Dr. Allan S. Bracker Department of Chemistry University of California at Berkeley March 17, 1998
88.	MBE Growth of Novel InSb/InAlSb Devices Operated in Non-Equilibrium Mode Dr. Andrew D. Johnson Defence Evaluation and Research Agency (DERA) Great Malvern, UNITED KINGDOM March 16, 1998
89.	Quantum Dot Lasers Dr. Marshall Nathan Department of Electrical Engineering University of Minnesota-Minneapolis, USA March 2, 1998
90.	Multi-Spectral Quantum Well Infrared Photodetectors (QWIPs) Mr. Christopher Jelen Center for Quantum Devices, ECE Department Northwestern University, USA February 25, 1998
91.	High-Efficiency Laser Diodes for Free-Space Communications Major Michael Prairie, Ph.D. U.S. Air Force Office of Scientific Research USA February 23, 1998
92.	Tunneling Spectroscopy of Semiconductor Heterostructures Dr. Stephen W. Teitsworth Department of Physics and Department of Electrical Enginnering Duke University, USA February 20, 1998
93.	Type-II Quantum Well Lasers for the Mid-IR Dr. Jerry R. Meyer Naval Research Laboratory Washington, DC, USA November 1, 1997
94.	Experiment and Theory: The Case for Superconductivity Associated with Charge-Reserviors, not Cuprate-Planes Dr. John D. Dow Department of Physics Arizona State University, USA October 24, 1997
95.	Ballistic Electron Emission Microscopy (BEEM) and Spectroscopy of Buried Semiconductor Heterostructures and Quantum Wells Dr. Venky Narayanamurti Department of Electrical and Computer Engineering, Dean, College of Engineering University of California at Santa Barbara, USA October 1, 1997
96.	Characteristics of MOVPE Grown GaN and InGaN SQW Dr. Yasushi Iyechika Tsukuba Research Laboratory Sumitomo Chemical Co. Ltd., JAPAN September 10, 1997
97.	Micro-Analysis with MEMS Dr. Alan D. Feinerman Department of Electrical Engineering University of Illinois at Chicago, USA June 26, 1997
98.	Low Dark Current Devices for Space Applications Mr. Richard LeBlanc Lockheed Martin Electronics and Missiles Orlando, FL, USA May 9, 1997
99.	Oxide VCSELs Dr. Jack Jewell Picolight, Inc. Boulder, CO, USA April 17, 1997
100.	Atomic Diffusion in Semiconductors: Basic Principles and Their Impact on Optoelectronic Device Performance Dr. Louis J. Guido Center for Microelectronic Materials and Structures Yale University, USA April 4, 1997

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