Vertical Engineering for Large Brillouin Gain in Unreleased Silicon-Based Waveguides

Keyphrases

• Silicon Waveguide 100%
• Waveguide 100%
• Higher Index 100%
• Brillouin Gain 100%
• Optomechanics 33%
• Cryogenic Temperature 33%
• Phonons 33%
• Photonics 33%
• Photonic Technologies 33%
• Silicon-based 33%
• Ring Resonator 33%
• Thick Silicon 33%
• Technological Relevance 33%
• Thermalization 33%
• Specific Properties 33%
• Optomechanical Devices 33%
• Phononics 33%
• Mechanical Robustness 33%
• Single chip 33%
• Silicon Devices 33%
• Large Values 33%
• Gigahertz Frequency 33%
• Low Index 33%
• Multiple Applications 33%
• Centimeter-scale 33%
• Compact Ring 33%
• Silica Substrate 33%
• Optomechanical Interaction 33%
• Silicon Nitride Layer 33%
• Acousto-optic Interaction 33%
• Brillouin 33%

INIS

• engineering 100%
• silicon 100%
• gain 100%
• waveguides 100%
• values 50%
• leakage 50%
• interactions 33%
• devices 33%
• substrates 33%
• cavities 33%
• cladding 33%
• layers 16%
• applications 16%
• operation 16%
• compacts 16%
• configuration 16%
• fabrication 16%
• cryogenics 16%
• silica 16%
• phonons 16%
• resonators 16%
• optics 16%
• rings 16%
• thermalization 16%
• silicon nitrides 16%

Physics

• Brillouin Zone 100%
• Waveguide 100%
• Photonics 50%
• Cladding 50%
• Resonator 25%
• Phonon 25%
• Cryogenic Temperature 25%
• Silicon Nitride 25%
• Acousto-Optics 25%