A study of LC-based sub-wavelength diffractive optical element structures for optical cross-connect applications

Keyphrases

• Subwavelength 100%
• Liquid Crystal 100%
• Optical Cross-connect 100%
• Diffractive Optics 100%
• Fringing Field Effect 100%
• Element Structure 100%
• Uniform Thickness 66%
• Liquid Crystal Layer 66%
• Diffraction Efficiency 66%
• Liquid Crystal Cell 66%
• Liquid Crystal Alignment 66%
• Blazed Grating 66%
• Laser Beams 33%
• Phase Profile 33%
• Refractive Index 33%
• Diffraction Angle 33%
• Subwavelength Grating 33%
• Fabry-Perot Cavity 33%
• Spatially Variable 33%
• Subwavelength Metallic Grating 33%
• Polarization-insensitive 33%
• Dynamic Range 33%
• Multi-electrode 33%
• Phase Dynamics 33%
• Beam Deflection 33%
• Dynamic Phase 33%
• Grating Structure 33%
• Diffractive Structures 33%
• Optical Substrate 33%
• Varying Dynamics 33%
• Dynamic Switching 33%
• Metal Strip 33%
• Diffractive Gratings 33%
• Glass Structure 33%
• Liquid Crystal Glasses 33%
• Diffraction Analysis 33%
• Linear Phase Modulator 33%
• High Spatial Resolution Analysis 33%

Engineering

• Liquid Crystal 100%
• Optical Element 100%
• Phase Dynamic 20%
• Blazed Grating 20%
• Spatial Resolution 10%
• Laser Beam 10%
• Refractive Index 10%
• Dynamic Range 10%
• Linear Phase 10%
• Fabry Perot 10%
• Phase Modulation 10%
• Beam Deflection 10%
• Dynamic Switching 10%
• Glass Structure 10%

Material Science

• Liquid Crystal 100%
• Refractive Index 10%
• Phase Modulation 10%
• Strip Metal 10%