ESTUDIO DE SESQUIOXIDOS, SESQUICALCOGENUROS Y COMPUESTOS MULTICENTRO EN CONDICIONES EXTREMAS

2023

AGENCIA ESTATAL DE INVESTIGACION

INV. COMPETITIVA PROYECTOS

Manjón Herrera Francisco Javier

This collaborative project aims to gain knowledge from an interdisciplinary approach on a multidisciplinary subject like the behavior of matter under extreme conditions of pressure and temperature, a hot topic in modern materials science, physics, and chemistry. In particular, the collaborative research team will study advanced materials for green technologies under extreme conditions. Consequently, our objective is fully adapted to the objectives of Non-Oriented Research Projects. The project will also contribute to the promotion and consolidation of the international leadership capacity of the team that already plays a leading role in the international HP community, not only through their highly cited publications in HP science but also as members of the executive committees of the two most important HP societies at international level (EHPRG and AIRAPT). The present project will also facilitate the mobility of members of the team and promote their participation and success in European research facilities and projects. The coordination of four research groups into the coordinated project gives them the capability and critical mass to boost their scientific-technical research and potentiate the possible transfer of knowledge to society. The project will undoubtedly increase and strengthen the resources necessary that make the research team able to produce high-quality science and create an environment conducive to the procurement of scientific results that will lead the team towards excellence in science producing new knowledge in cutting-edge research as probed in previous coordinated projects. In addition, the project will give to the research staff the necessary tools to keep being internationally competitive. The complementarity of the research groups integrated allows them to be extremely efficient in the allocation and use of public resources and in the capability to train young researchers. Finally, the project will favor the continuation of the contribution of the collaborative team to the development and improvement of Spanish Singular Scientific and Technical Infrastructures, e.g., the Spanish Synchrotron, ALBA, and the Spanish Supercomputing Network, RES.