# Research
# Research Areas
# 1. Radiative Cooling
Our research focuses on developing advanced radiative cooling technologies for energy-efficient thermal management.
Key Topics:
- Daytime passive radiative cooling
- Photoluminescent radiative cooling
- Sub-ambient radiative cooling coatings
- Switchable radiative cooling technologies
Applications:
- Building energy efficiency
- Urban heat island mitigation
- Sustainable thermal management
# 2. Energy Photonics
Exploring photonic approaches to energy management and conversion.
Key Topics:
- Photonic thermal management
- Energy-efficient photonic materials
- Plasmonic structures for thermal control
# 3. Thermal Management
Advanced thermal management technologies for various applications.
Key Topics:
- Thermal interface materials
- Heat dissipation strategies
- Temperature control systems
# 4. Sustainability
Sustainable materials and technologies for environmental applications.
Key Topics:
- Sustainable building materials
- Eco-friendly thermal management
- Urban sustainability solutions
# Recent Highlights
# Photoluminescent Radiative Cooling
Developing radiative cooling technologies that combine photoluminescent materials with radiative cooling principles for both aesthetic and functional benefits in urban environments.
# Geopolymer-based Radiative Cooling Coatings
Creating sustainable, high-performance radiative cooling coatings using geopolymer materials for sub-ambient daytime cooling.
# Switchable Radiative Cooling
Developing smart thermal management systems with switchable radiative cooling capabilities for adaptive thermal control.