Nonreciprocal transmission based on self-induced nonlinear effects in bifacial dielectric metasurfaces

Keyphrases

• Nonlinear Effects 100%
• Reciprocal Effects 100%
• Self-induced 100%
• Bifacial 100%
• Nonreciprocal Transmission 100%
• Dielectric Metasurfaces 100%
• Compact Design 50%
• Ultrathin 50%
• Free Space Optics 50%
• Low Input 50%
• Isolator 50%
• Dynamic Method 50%
• Optical Components 50%
• Lorentzian 50%
• Nonreciprocity 50%
• Insertion Loss 50%
• Simple Design 50%
• Nanophotonics 50%
• Input Excitation 50%
• External Bias 50%
• Field Enhancement 50%
• Lorentz Reciprocity 50%
• Protective Layer 50%
• Excitation Intensity 50%
• Excitation Power 50%
• Cascade Design 50%
• Reciprocity Law 50%
• Circulator 50%
• Fano 50%
• Time Modulation 50%

Engineering

• Dielectrics 100%
• Nonlinear Effect 100%
• Metasurface 100%
• Free Space 33%
• Isolators 33%
• Insertion Loss 33%
• Field Enhancement 33%
• Protective Layer 33%
• Incident Polarization 33%
• Cascade Designs 33%
• Glass Substrate 33%
• Circulators 33%

Physics

• Nonlinear Effect 100%
• Metasurface 100%
• Nanophotonics 33%
• Optical Device 33%
• Space Optics 33%