| WEDNESDAY, MAY 20, 2009 |
| PLENARY SESSION |
| Innovation in Microelectronics & Integrated Photonics |
Dr. Bernie Meyerson, IBM |
| SILICON PHOTONICS- AM |
| Introduction |
Milos Popovic, MIT |
| KEYNOTE: Microphotonics Circuits,Sensors, and Networks |
Michael Watts, Sandia National Labs |
| Nanofabrication of Electonic Photonics Integrated Circuits |
Charles Holzwarth III, MIT |
| Characterization of Photodiodes Fabricated in Selectively Grown Ge-on-Si |
Nicole DiLello, MIT |
| Compact, Ultrafast Laser in Silicon Compatible Materials |
Hyunil Bin, MIT |
| Silicon Photonics & Plasmonics for On-Chip Interconnection |
Daisuke Okamoto, NEC Corp |
| ADVANCED EMITTERS |
| Introduction |
Rajeev Ram, MIT |
| A Single Comb Laser for WDM in Interconnects and PONs |
Greg Wojcik, Innolume |
| Quantum Dot Semiconductor Optical Amplifiers |
Massimo De Vittorio, National Nanotechnology Lab CNR-INFM, ITT |
| Macrophotonics: Why Smaller Isn't Always Better |
Paul Juodawlkis, MIT Lincoln Lab |
| Narrow Line, Low-noise Laser Diodes & their Applications |
Lew Stolpner, Redfern Integrated Optics |
| SILICON PHOTONICS- PM |
| Introductions |
Vladimir Stojanovic, MIT |
| KEYNOTE: Silicon Photonics: From Research to Manufacturable Products |
Roel Baets, Intec University of Ghent |
| CMOS Photonics |
Jason Orcutt, MIT |
| Electronic Photonic Analog to Digital Converters |
Anatoly Khilo, MIT |
| Silicon-Photonic Clos Networks for Global On-Chip Communicaitons |
Ajay Joshi, MIT |
| Designing Multi-socket Systems Using Silicon Photonics |
Scott Beamer, UC Berkeley |
| OPTICAL BROADBAND FTTx |
| Introduction |
Fred Leonberger |
| Optical Flow Switching |
Vincent Chan, MIT |
| Advanced PON Technologies |
Peter Vetter, Alcatel-Lucent Bell Labs |
| Next Generation Access |
James Goodchild, LG/Nortel |
| PON Burst-Mode Receivers and FEC |
David Plant, McGill University |
| 10GPON Electronics |
Martin Nuss, Vitesse |
| THURSDAY, May 21, 2009 |
| PLENARY SESSION |
| Status and future of Solid State Lasers |
Professor Bob Byer, Stanford University |
| INTEGRATED MULTIMATERIAL FIBERS |
| Introductions |
Yoel Fink |
| Optioelectronic Fibers |
Ofer Shapira, MIT |
| Applications of Electrically Controlled Silicate Fibers |
Walter Margulis, Acreo |
| Mulit-material Multi-function Fibers |
Zheng Wang, MIT |
| Fiber-Based Organic Solar Cells and LEDs |
Max Shtein, University of Michigan |
| ULTRAFAST PHOTONICS |
| Introduction |
Erich Ippen, MIT |
| Femtosecond Frequency Combs and Optical Clocks |
Andrew Benedick, MIT |
| LiNbO3 Waveguides for THz Polaritonics, Coherent Control, and Signal Processing |
Christopher A. Werley, MIT |
| The Electrodynamics of Terahertz Metamaterials |
Rick Averitt, Boston University |
| From Soft Glass Photonics Crystal Fibers to Silk Photonics |
Fiorenzo Omenetto, Tufts University |
| PORTABLE PHOTONICS |
| Introduction |
Fred Leonberger, MIT |
| Camera Culture |
Ramesh Raskar, MIT |
| Microdisplays |
Dave Loeber, Corning |
| Portable Projectors Hit the Mainstream |
Stephane Bellosguardo, Luminus Devices |
| Electroluminescence of Printed Quantum Dot Films |
Vladimir Bulovic, MIT |
| MEDICAL PHOTONICS |
| Introduction |
Rajeev Ram, MIT |
| Optical Coherence Tomography in Cardiology: Bench to Bedside |
Ik-kyung Jang, Massachusetts General Hospital |
| On-Chip Femtosecond Laser Neurosurgery for in Vivo Drug Screening |
Mehmet F Yanik, MIT |
| Optical Activation of Neurons |
Ed Boyden, MIT |
| CO2-laser Surgery Utilizing Photonics-Bandgap IR Fiber |
Tairan Wang, OmniGuide |
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