CEMU

The research group primarily focuses on the development of innovative processes and materials to mitigate the impacts of climate change and water scarcity. Through the strategic exploitation of physical phenomena—particularly phase transitions (evaporation, condensation, melting, solidification) and structural transformations (e.g., photonastic materials)—it is possible to regulate thermal energy, generate cooling, and produce potable water without external energy input.

The team’s research encompasses both fundamental science and applied studies, fostering industrial collaborations. The approach is largely inspired by biomimetics and urban metabolism, leveraging interdisciplinary expertise from chemistry, biology, geography, and the social sciences. The LIED provides a fertile environment for translating these concepts into practical applications.

Key research themes include:

• Urban cooling strategies and adaptation to heat waves
• Enhancement of heat transfer processes
• Water harvesting from dew, thermal regulation of roads, hydrogen storage
• Advanced materials with tailored properties (e.g., photonastic materials, controlled emissivity)

This interdisciplinary framework enables the team to develop sustainable, energy-efficient solutions to address pressing environmental challenges.