Single photon sources with near unity collection efficiencies by deterministic placement of quantum dots in nanoantennas

Keyphrases

• Bullseye 50%
• Collection Efficiency 100%
• Colloidal Quantum Dots 50%
• Deterministic Coupling 50%
• Dielectric Nanoantennas 50%
• Efficient Coupling 50%
• Exciton Recombination 50%
• Free Space 50%
• High Directional 50%
• High Efficiency 50%
• High Quantum Yield 50%
• High Spatial 50%
• Low numerical Aperture 100%
• Metal-dielectric 50%
• Nanoantenna 100%
• Nanoantenna Emitter 50%
• Non-radial 50%
• Nonblinking 50%
• Number of Channels 50%
• On chip 50%
• On Demand 50%
• Optical Fiber 50%
• Optics 50%
• Photonics 50%
• Quantum Dots 100%
• Quantum Emitters 100%
• Quantum Networks 50%
• Quantum Technologies 50%
• Recombination Mechanism 50%
• Room Temperature 50%
• Single Photon 50%
• Single Photon Emission 50%
• Single-photon Source 100%
• Spatial Accuracy 50%

Engineering

• Collection Efficiency 100%
• Dielectrics 33%
• Directional 33%
• Free Space 33%
• Limitations 33%
• Nodes 100%
• Numerical Aperture 66%
• Optical Fiber 33%
• Photonics 33%
• Quantum Dot 100%
• Quantum Yield 33%
• Room Temperature 33%

Physics

• Dielectrics 50%
• Exciton 50%
• Numerical Aperture 100%
• Optical Fiber 50%
• Optics 50%
• Photonics 50%
• Quantum Dot 100%
• Quantum Technology 50%
• Room Temperature 50%