Molecular‑Like Hierarchical Self‑Assembly Platform for Advanced Particle Monolayers (System and Method for Molecular‑Like Hierarchical Self‑Assembly of Monolayers of Mixtures of Particles, Tech ID: 14‑011)
Technology Overview This technology enables hierarchical self‑assembly of particle monolayers that behave in a molecular‑like fashion despite being composed of micro‑ or nano‑scale particles. The system precisely organizes heterogeneous particle mixtures into ordered monolayers with controlled spatial arrangements. This approach bridges the gap between molecular self‑assembly and colloidal manufacturing, allowing engineered interfaces with tunable optical, electrical, or chemical properties. The process is compatible with scalable fabrication and is applicable to advanced coatings, photonic materials, and sensor surfaces.
Industry Pain Point: Conventional particle assembly methods lack precision and scalability when organizing mixed particle systems.
NJIT Solution: This method delivers controlled, repeatable self‑assembly of complex particle monolayers with molecular‑level organization.
Key Features & Advantages
- Controlled hierarchical organization of mixed particles
- Scalable self‑assembly process
- Enables engineered optical and functional surfaces
- Compatible with multiple particle materials and sizes
Development Stage: TRL 4–5 – Laboratory validation demonstrated.
Target Markets
- Advanced materials and coatings
- Photonics and optical components
- Sensors and surface‑engineered devices
Market Opportunity
- Global advanced materials market (2026): ~$70B
- CAGR: ~7–8%
- Projected market size (2035): ~$120–130B
Commercial & IP Details
Inventor: Pushpendra Singh