Assembly of mesoscale helices with near-unity enantiomeric excess and light-matter interactions for chiral semiconductors

Keyphrases

• Light-matter Interaction 100%
• Helix 100%
• Enantiomeric Excess 100%
• Chiral Semiconductors 100%
• Semiconductors 50%
• Chiroptical Properties 37%
• Semiconductor Materials 25%
• Geometrical Parameters 25%
• Homochiral 25%
• Circular Dichroism Spectra 25%
• Biomedical Applications 12%
• Optics 12%
• Nanoparticles 12%
• Further Development 12%
• Anisotropy 12%
• Thermodynamics 12%
• Light Scattering 12%
• Visible-infrared 12%
• Deconstruction 12%
• Cadmium Telluride 12%
• Nanorods 12%
• Photocatalysis 12%
• Near-infrared 12%
• Cysteine 12%
• Equal Contribution 12%
• Methanol 12%
• Biomimetic 12%
• Light Absorption 12%
• Telecommunications 12%
• Interaction Activity 12%
• G-factor 12%
• Chemical Processes 12%
• Polarization Rotation 12%
• Hyperspectral Imaging 12%
• Field-assisted 12%
• High Enantiomeric Excess 12%
• De-novo Design 12%
• Spectral Prediction 12%
• Chiroptical Activity 12%
• Metallic Ceramics 12%
• Organic Optical Materials 12%
• Polarization Optics 12%
• Chiroptical Materials 12%
• Chiral Self-sorting 12%
• Chiral Geometry 12%
• Infrared Polarization 12%
• Scatterer 12%
• Light Modulation 12%
• Materials Platforms 12%

Chemistry

• Enantiomer 100%
• Circular Dichroism 66%
• Nanoparticle 33%
• Photocatalysis 33%
• Statistical Ensemble 33%
• Nanorod 33%
• Methanol 33%
• Biomimetics 33%
• Anisotropy 33%
• Hyperspectral Imaging 33%
• Cysteine 33%
• Absolute Yield 33%

Material Science

• Semiconductor Material 100%
• Anisotropy 50%
• Nanorod 50%
• Optical Material 50%
• Cadmium 50%
• Photocatalysis 50%
• Nanoparticle 50%