| MOF-POM Research Team | - Active and intelligent materials: Materials with crossed properties such as piezoelectric, magnetostrictive, with shape memory, magnetocaloric, multiferroic, etc., as well as their applications in intelligent devices and systems.
- Advanced functional materials: materials with excellent dielectric, magnetic, semi-conductive, superconductive, optical, mechanical and thermal behaviour, as well as their applications in electronics, energy, transport, catalysis, biomedicine, etc.
- Nanomaterials: in the shape of grains, threads or sheets, displaying functionalities specific to their size, as well as preparation techniques and specific characterization and their possible applications in any field of activity.
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| Research Team in Crystalline Materials | - Active and intelligent materials: Materials with crossed properties such as piezoelectric, magnetostrictive, with shape memory, magnetocaloric, multiferroic, etc., as well as their applications in intelligent devices and systems.
- Advanced functional materials: materials with excellent dielectric, magnetic, semi-conductive, superconductive, optical, mechanical and thermal behaviour, as well as their applications in electronics, energy, transport, catalysis, biomedicine, etc.
- Nanomaterials: in the shape of grains, threads or sheets, displaying functionalities specific to their size, as well as preparation techniques and specific characterization and their possible applications in any field of activity.
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| Research Team in Instrumentation and Control | - Active and intelligent materials: Materials with crossed properties such as piezoelectric, magnetostrictive, with shape memory, magnetocaloric, multiferroic, etc., as well as their applications in intelligent devices and systems.
- Advanced functional materials: materials with excellent dielectric, magnetic, semi-conductive, superconductive, optical, mechanical and thermal behaviour, as well as their applications in electronics, energy, transport, catalysis, biomedicine, etc.
- Nanomaterials: in the shape of grains, threads or sheets, displaying functionalities specific to their size, as well as preparation techniques and specific characterization and their possible applications in any field of activity.
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| Research Team in Macromolecular Chemistry | - Active and intelligent materials: Materials with crossed properties such as piezoelectric, magnetostrictive, with shape memory, magnetocaloric, multiferroic, etc., as well as their applications in intelligent devices and systems.
- Advanced functional materials: materials with excellent dielectric, magnetic, semi-conductive, superconductive, optical, mechanical and thermal behaviour, as well as their applications in electronics, energy, transport, catalysis, biomedicine, etc.
- Nanomaterials: in the shape of grains, threads or sheets, displaying functionalities specific to their size, as well as preparation techniques and specific characterization and their possible applications in any field of activity.
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| Research Team in Magnetism and Magnetic Materials | - Active and intelligent materials: Materials with crossed properties such as piezoelectric, magnetostrictive, with shape memory, magnetocaloric, multiferroic, etc., as well as their applications in intelligent devices and systems.
- Advanced functional materials: materials with excellent dielectric, magnetic, semi-conductive, superconductive, optical, mechanical and thermal behaviour, as well as their applications in electronics, energy, transport, catalysis, biomedicine, etc.
- Nanomaterials: in the shape of grains, threads or sheets, displaying functionalities specific to their size, as well as preparation techniques and specific characterization and their possible applications in any field of activity.
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| Research Team in Solid State and Materials | - Active and intelligent materials: Materials with crossed properties such as piezoelectric, magnetostrictive, with shape memory, magnetocaloric, multiferroic, etc., as well as their applications in intelligent devices and systems.
- Advanced functional materials: materials with excellent dielectric, magnetic, semi-conductive, superconductive, optical, mechanical and thermal behaviour, as well as their applications in electronics, energy, transport, catalysis, biomedicine, etc.
- Nanomaterials: in the shape of grains, threads or sheets, displaying functionalities specific to their size, as well as preparation techniques and specific characterization and their possible applications in any field of activity.
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