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
The TWISTER project, from the Department of Condensed Matter Physics, selected in the call for Knowledge Industry Grants 2023

Professor emeritus Antoni Planes Vila has published the book Phase Transitions: A Materials Perspective, an introduction to the theory of phase transitions and its application to real materials.

Adrià Gràcia has been awarded the Ramon Margalef Award from the Consell Social i de la Fundació Bosch i Gimpera for his work “A multicaloric cooling cycle that exploits thermal hysteresis” published in Nature Materials





functionalmaterials@ub.edu