SECCION DE FISICA DE MATERIALES. DEPARTAMENTO DE POLIMEROS Y MATERIALES AVANZADOS: FISICA, QUIMICA Y TECNOLOGIA
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Prof.
A. ALEGRÍA
SECCION DE FISICA DE MATERIALES. DEPARTAMENTO DE POLIMEROS Y MATERIALES AVANZADOS: FISICA, QUIMICA Y TECNOLOGIA Universidad del País Vasco UPV/EHU CENTRO DE FISICA DE MATERIALES Centro Mixto/Joint Center CSIC-UPV/EHU Polymers and Soft Matter Group Dirección Postal/Postal Address: CENTRO DE FISICA DE MATERIALES, P. Manuel de Lardizabal 5, E-20018 SAN SEBASTIAN (SPAIN) ---------------------------------------------------------------------- TEL: +34 943 018 203, FAX: +34 943 015 800 E-MAIL: angel.alegria@ehu.es ---------------------------------------------------------------------- |
Education: | |
PhD: BSc: |
Experimental
Polymer Physics, University of the Basque Country (Spain). Sept 1984 Physics, University of Navarra (Spain). Jun 1979 |
Positions: | |
1999- | Member of
the "Centro de Física de Materiales" CSIC-UPV/EHU Joint Center of the Spanish Scientific Research Council and the University of the Basque Country. |
1994- | Full Professor, University of the Basque Country, Faculty of Chemistry. Department of Material Physics |
1988-1994 | Assistant Professor, University of the Basque Country, Faculty of Chemistry. Department of Material Physics |
1981-1988 | Lecturer, University of the Basque Country (UPV/EHU), Faculty of Chemistry. Department of Physics |
Main Activities: |
- Responsible of the Dielectric Relaxation
Laboratory. Accessible to external EU users in the EUSMI framework - Academic Responsible of the PhD program Physics of Nanostructures and Advanced Materials |
Current Research Interests: | Dynamics
of polymer materials and related topics. Dynamical processes ranging from
the very local intra-molecualar motions, the cooperative segmental relaxation
associated to the glass transition upto the large scale dynamics. In the
former case the main objective is to identify the molecular origin of the
secondary relaxations in polymers. In the second case there is a two fold
objective: i) to know to what extent the segmental dynamics of amorphous
polymers share the universal properties of the structural relaxation process
of the small molecule glass-forming systems; ii) to understand how the segmental
dynamics of a given polymer is modified when this polymer forms a part of
a multi-component system. Finally, concerning the large scale dynamics,
the main interest is to know the effect of polymer architecture on these
processes. The dielectric relaxation techniques are the main experimental tools used in this research. However, the basis of the research methodology consists in combining the dielectric relaxation with other complementary experimental techniques. |
Researcher Identification Codes |
Researcher ID: P-3715-2019 ORCID Code: 0000-0001-6125-8214 |
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List of Recent publications: | Included as part of the publications of the
PSMG reasearch group |