# Research

# Research Areas

# 1. Radiative Cooling

Schematic or photo: radiative cooling principle, sub-ambient coating, or daytime cooling application — Radiative cooling: principle, materials, or application (e.g. building / urban).

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

Photonic thermal management, plasmonic structure, or energy-efficient material — Energy photonics: photonic structures or thermal control.

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

Thermal interface, heat dissipation, or temperature control system — Thermal management: interfaces, dissipation, or control.

Advanced thermal management technologies for various applications.

Key Topics:

Thermal interface materials
Heat dissipation strategies
Temperature control systems

# 4. Sustainability

Sustainable building material, urban cooling, or eco-friendly thermal solution — Sustainability: materials or urban / building applications.

Sustainable materials and technologies for environmental applications.

Key Topics:

Sustainable building materials
Eco-friendly thermal management
Urban sustainability solutions