ABOUT US

  • RASMIA

    Radiación Sincrotrón y Materiales:
    Investigación básica y Aplicaciones

  • RASMIA

    Radiación Sincrotrón y Materiales:
    Investigación básica y Aplicaciones

  • RASMIA

    Radiación Sincrotrón y Materiales:
    Investigación básica y Aplicaciones

  • RASMIA

    Radiación Sincrotrón y Materiales:
    Investigación básica y Aplicaciones

  • RASMIA

    Radiación Sincrotrón y Materiales:
    Investigación básica y Aplicaciones

  • RASMIA

    Radiación Sincrotrón y Materiales:
    Investigación básica y Aplicaciones

Rasmia Group

The RASMIA Research Group focuses its research activity on the design, production and advanced characterisation of magnetic materials where magnetism is combined with other functionalities (ferroelectricity, luminescence, optical transparency, etc.) for applications in sustainable technologies: spintronics, quantum information technologies and green refrigeration. The main topic of our research is the use of Synchrotron Radiation techniques for the advanced characterisation of these materials, in which members of the group have acquired international recognition and which distinguishes us from other groups in Materials Science. This line of basic research is complemented with the development of our own technologies and their transfer to industry. To this end, we have innovated in the recovery, purification and liquefaction of helium on a small scale, with the production of a large portfolio of licensed patents and high impact results worldwide.

Latest News

RASMIA researchers @ International Conference on Solid State Cooling

RASMIA researchers @ International Conference on Solid State Cooling

Researchers from the RASMIA group — Emmanouil Charkiolakis, Sara Lafuerza, and Vera Cuartero — attended the 11th International Conference on Solid-State Cooling, Heating and Energy

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Our Work Featured in ALBA Highlights: Barocaloric Effects in a Spin Crossover Material

Our Work Featured in ALBA Highlights: Barocaloric Effects in a Spin Crossover Material

Great news! Our recent work has been selected as one of the ALBA Highlights, which showcases outstanding research carried out at the ALBA Synchrotron. In

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Sheeding X-ray Synchrotron light on Barocaloric Materials

Sheeding X-ray Synchrotron light on Barocaloric Materials

Researchers from RASMIA visited I15, the Extreme Conditions X-ray Diffraction beamline at Diamond Light Source (UK), to study how the crystal structure of hybrid organic-inorganic

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Highlights

Room-temperature barocaloric effect in [Fe(pap5NO2)2] spin-crossover material

D. Gracia, V. Cuartero, C. Popescu, A. Trapali, T. Mallah, M-L Boillot, J. Blasco, G. Subías and M. Evangelisti

Novel Ir1–xCoxO2 thin films: growth and characterization

Maria Angeles Laguna-Marco, Julia Herrero-Albillos, Myriam H. Aguirre, M Rueda-Jimenez and Iuliia MiKulska

Luminescent and magnetic [TbEu] 2D metal–organic frameworks.

E. Bartolomé, A. Arauzo, S. Fuertes, L. Navarro-Spreafica, P. Sevilla, H. Fernández Cortés, N. Settineri, S. J. Teat and E. C. Sañudo.