Hybrid plasmonic mode converter: Theoretical formulation and design with a graphical approach

Keyphrases

• Theoretical Formulation 100%
• Mode Converter 100%
• Graphical Approach 100%
• Hybrid Plasmonic 100%
• Theoretical Design 100%
• Insertion Loss 50%
• Mode Conversion Efficiency 50%
• Spectral Range 25%
• Photonics 25%
• Performance Degradation 25%
• High-order 25%
• Polarization Fraction 25%
• Design Approach 25%
• TM Polarization 25%
• Perturbation Parameter 25%
• Power Loss 25%
• Modal Index 25%
• Gradient Ascent 25%
• Polarization Conversion Ratio 25%
• Mode Conversion 25%
• Transmission Line Network 25%
• Core Thickness 25%
• Co-polarization 25%
• Graphical Design 25%
• Silicon Core 25%
• Conversion Problem 25%
• Cross-polarization Conversion 25%
• Structural Asymmetry 25%
• Polarization Reversal 25%
• Power Redistribution 25%
• Critical Perturbation 25%

Engineering

• Plasmonics 100%
• Conversion Efficiency 75%
• Insertion Loss 50%
• Spectral Range 25%
• Photonics 25%
• Performance Degradation 25%
• Electric Lines 25%
• Core Thickness 25%

Material Science

• Silicon 100%
• Cross Polarization 100%