1.55 μm integrated modelocked semiconductor lasers

Engineering

• Semiconductor 100%
• Design 20%
• Cavity 20%
• Integration 13%
• Realization 13%
• Waveguide 13%
• Clock Recovery 13%
• Saturable Absorber 13%
• Amplifier 13%
• Applications 10%
• Optical Loss 10%
• Simulation Tool 6%
• Repetition Rate 6%
• Optical Lithography 6%
• Quantum Dot 6%
• Mechanisms 3%
• Performance 3%
• Active Component 3%
• Research 3%
• Models 3%
• Measurement 3%
• Requirements 3%
• Properties 3%
• High Resolution 3%
• Low Value 3%
• Simulation 3%
• Wavelength 3%
• Obtains 3%
• Characteristics 3%
• Fabrication 3%
• Minimization 3%
• Stability 3%
• Multiple Access 3%
• Transforms 3%
• Optical Switch 3%
• Laser Cavity 3%
• Time Domain 3%
• Operating Range 3%
• Spectrum Analyzer 3%
• Pulse Length 3%
• Measured Output 3%
• Single Chip 3%
• Optical Time 3%
• Output Pulse 3%
• Compact Device 3%
• Recovered Clock 3%
• Input Optical Signal 3%

Physics

• Semiconductor Laser 100%
• Laser 96%
• Pulses 31%
• Utilization 10%
• Simulation 10%
• Optical Power 10%
• Bandwidth 6%
• Laser Types 6%
• Spectra 6%
• World 3%
• Performance 3%
• Model 3%
• Domains 3%
• Regimes 3%
• Information 3%
• Work 3%
• Optimization 3%
• Region 3%
• Value 3%
• Fabrication 3%
• Quantum Dot 3%
• Stability 3%
• Multiple Access 3%
• Photolithography 3%
• Amplifier 3%
• Output 3%
• Etching 3%
• Vibration 3%
• Multiplexing 3%
• Laser Cavities 3%
• High Resolution 3%
• Ring Laser 3%
• Timescale Dynamics 3%

Material Science

• Laser 100%
• Semiconductor Laser 100%
• Devices 13%
• Absorber 13%
• Material 10%
• Waveguide 6%
• Multiplexing 6%
• Characterization 3%
• Etching 3%
• Switch 3%