A collaboration research among the ALBA Synchrotron, the University of Oviedo and the Centro Nacional de Microelectrónica (CNM-CSIC) has demonstrated that the effect of magnetic pulses can alter the microscopic structure of the domains at remanence. Depending on the magnitude of the pulsed field, either maze, bubbles or intermediate situations have been observed.
An international group of researchers from Germany and France have investigated structural changes of industrially relevant ferroelectric materials on a time scale down to 50 microseconds. Ferroelectrics find a multitude of applications as actuators, sensors, or data storage devices.
The ALBA Synchrotron and the CERCA Institute (Research Centers of Catalonia) have signed today a collaboration agreement to regulate CERCA visiting researchers who develop long-term scientific and technological projects at ALBA.
Till November 17th, you can visit the exhibition { }, an artistic project of Pep Vidal, with the collaboration of the ALBA Synchrotron. The aim of { } is to create "nothingness" and to isolate it forever. The ultra-high vacuum capsule, produced with the help of ALBA, becomes a system in which the possibilities of interaction are limited as much as possible.
The ALBA Synchrotron and the Spanish Synchrotron User Association (AUSE) have prepared a survey addressed to synchrotron users. The aim of this survey is to know the present and future scientific fields of interest of the Spanish ALBA synchrotron light source community.
