Optical Propagation
Cross-source consensus on Optical Propagation from 1 sources and 5 claims.
1 sources · 5 claims
How it works
Benefits
Risks & contraindications
Comparisons
Highlighted claims
- Propagation is modeled using monochromatic scalar wave optics. — Photonic AI: A Hybrid Diffractive Holographic Neural System for Passive Optical Real-Time Image Classification
- Free-space propagation is treated as a linear operator under the scalar wave model. — Photonic AI: A Hybrid Diffractive Holographic Neural System for Passive Optical Real-Time Image Classification
- The angular spectrum method is used instead of the Fresnel approximation to avoid an additional paraxial approximation on spatial frequencies. — Photonic AI: A Hybrid Diffractive Holographic Neural System for Passive Optical Real-Time Image Classification
- The scalar diffraction model may fail when vectorial effects, anisotropy, or polarization-dependent responses become important. — Photonic AI: A Hybrid Diffractive Holographic Neural System for Passive Optical Real-Time Image Classification
- Optical transit through the centimeter-scale three-layer stack is described as nanosecond-scale propagation latency. — Photonic AI: A Hybrid Diffractive Holographic Neural System for Passive Optical Real-Time Image Classification