New useful materials for a better society



- Harnessing energy exchanges for cooling, heating, energy harvesting and storage devices.
- Predicting the fracture of structural materials under mechanical stresses.
Projects
PROD2023 TWISTER
Prototype of TWISTocaloric cooler with Energy Recovery based on natural rubber
2024-2025
PID2022 ARTIFAQS
Avalanche Regimes and Transitions In Ferroics as Analogs for Quasiplanar Systems
2024-2025
PID2020 ACMUMA
Advanced Caloric and Multicaloric Materials for Efficient and Clean Refrigeration
2022-2025
M-ERA.NET 2021 COOL BATMAN
Battery Thermal Management System Based on High Power Density Digital Microfluidic Magnetocaloric Cooling
2022-2025
TED2021 RUBCOOL
Mechanocaloric refrigerators based on natural rubber
2022-2024
Finished
LLAV2021 ELASTOCOOL
Prototype of elastocaloric cooling device
2022-2023
Finished
To carry out its research activity, the group has human and technical resources:
A team of professionals with expertise in Condensed Matter Physics and in the behaviour of Complex Systems.
Collaborations with other national and international research groups.
A laboratory with experimental equipment for materials research, in constant development.
Team

Antoni Planes Vila
Full Professor

Lluís Mañosa Carrera
Full Professor

Teresa Castán Vidal
Full Professor

Eduard Vives Santa-Eulalia
Full Professor

Marcel Porta Tena
Associate Professor

Jordi Baró Urbea
Lecturer Professor - Serra Húnter

Blai Casals Montserrat
Lecturer Professor

Enric Stern Taulats
Researcher - Ramón y Cajal

Eduardo Mendive Tapia
Lector Professor
News

Dr. Blai Casals is co-editing the book Ferroelastic Materials, with researchers Guillaume F. Nataf and Ekhard K.H. Salje. A comprehensive introduction to ferroelastic materials, their phase transitions, and their structures.

“Airbrushing: A Novel Method for Preparation of High-emissivity Black Coating for Infrared Measurements”, featured cover of Wiley Advanced November 2025.

Team building activity
functionalmaterials@ub.edu
