Deep-Subwavelength Resonant Meta-Optics Enabled by Ultra-High Index Topological Insulators

Keyphrases

• Bismuth Telluride 75%
• Bulk State 25%
• Chalcogenides 25%
• Deep-subwavelength 100%
• Deep-subwavelength Structures 25%
• Design Application 25%
• Dielectric Response 25%
• Electric Field Enhancement 25%
• Field Enhancement 25%
• High Quality Factor Resonance 25%
• High-index Dielectric 25%
• High-permittivity 25%
• Higher Index 100%
• Insulating Materials 25%
• Large Electric Field 25%
• Large Field 25%
• Large Magnetic Field 25%
• Light-matter Interaction 25%
• Magnetic Dipole Resonance 25%
• Magnetic Field Enhancement 25%
• Meta-optics 100%
• Metallic State 50%
• Metamaterial Design 25%
• Metasurface 25%
• Metasurface Array 25%
• Mode Volume 25%
• Nanophotonic Applications 25%
• Nanophotonics 25%
• Nonlinear Generation 25%
• Optical Constants 25%
• Optical Properties 25%
• Permittivity Value 25%
• Quantum Information 25%
• Real Part 25%
• Refractive Index 50%
• Resonance Field 25%
• Single Crystal 25%
• Surface States 25%
• Topological Insulator 100%
• Topologically Protected Surface States 25%
• Ultra-high 100%
• Ultrathin Metasurface 25%
• Unit Cell Size 25%

Physics

• Chalcogenides 25%
• Dielectric Material 25%
• Electric Field 25%
• Magnetic Field 25%
• Metamaterial 25%
• Metasurface 50%
• Nanophotonics 50%
• Optical Property 25%
• Optics 100%
• Permittivity 25%
• Q Factor 25%
• Quantum Information 25%
• Refractivity 50%
• Single Crystal 25%
• Topological Insulator 100%

Material Science

• Bismuth 25%
• Chalcogenides 25%
• Dielectric Material 25%
• Insulating Material 25%
• Metamaterial 25%
• Metasurface 50%
• Optical Property 25%
• Permittivity 25%
• Refractive Index 50%
• Single Crystal 25%
• Topological Insulator 100%