Official Resources
- Language: Rust
- Domain: Photonic crystals
Overview
blaze2d is a high-performance Rust implementation for 2D photonic crystal band structure calculations, designed to be faster than MIT's MPB.
Scientific domain: Photonic crystal band structures
Target user community: Photonics researchers
Capabilities (CRITICAL)
- Photonic Bands: 2D photonic crystal band structures
- High Performance: Rust implementation
- TE/TM Modes: Both polarizations
- Band Gaps: Photonic band gap analysis
Key Strengths
- Rust performance (faster than MPB)
- Modern implementation
- 2D photonic crystals
Inputs & Outputs
- Input formats: Structure definitions, dielectric configurations
- Output data types: Photonic band structures, mode profiles
Limitations & Known Constraints
- 2D only: Limited to two-dimensional photonic crystals
- Rust ecosystem: Requires Rust toolchain for compilation
- Specialized: Focused on photonic crystals, not electronic structure
Comparison with Other Tools
- vs MPB: blaze2d faster Rust implementation, MPB more established
- vs MEEP: Different focus (bands vs FDTD)
- Unique strength: High-performance Rust implementation for 2D photonic bands
Application Areas
- Photonic crystal design
- Band gap engineering
- Optical device modeling
Verification & Sources
Confidence: VERIFIED
Verification status: ✅ VERIFIED