H2020 ASCIMAT

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    • ASCIMAT workshop on the aspects of fast timing (June 14, 2018)
    • 3rd Summer School in Prague, September 2018
    • The LUMDETR International Conference in September 2018
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  • Home
  • About the project
  • Consortium
  • Publications
  • News
    • ASCIMAT workshop on the aspects of fast timing (June 14, 2018)
    • 3rd Summer School in Prague, September 2018
    • The LUMDETR International Conference in September 2018
  • Contact

1st project summer school in Italy (September 2016)

The ASCIMAT Project recently completed their first summer school session which took place in Milano, Italy from September 12-13, 2016. The University of Milano-Biccoca hosted an international audience of students and researchers with a diverse range of scientific presentations from its lecturers. The summer school aimed at introducing PhD students and young researchers to the mechanism of scintillation, to material preparation techniques and to the development of novel material systems.The summer school program covered the latest scientific and technical progresses on scintillation materials including the following topics (presentations available for download):
  • Radioluminescence and scintillation mechanisms - Christophe Dujardin, Institut Lumière Matière (France)
  • Role of defects in the scintillation process – Federico Moretti, University of Milano-Bicocca (Italy)
  • Medical imaging and high energy applications of inorganic scintillators -  Etiennette Auffray, CERN  (Switzerland)
  • Inorganic single crystalline fibers (growth, characterization and applications - Kristof Pauwels,  University of Milano-Bicocca (Italy)
  • Intercultural communicative practices in science - Margarita.Reyes, Intelligentsia Consultants (Luxembourg)
  • Company view on the R&D, technology transfer and market in the scintillation field - Karel Blazek, CRYTUR, Turnov  (Czech Republic)
  • Energy resolution and non-proportionality in scintillators - Agnieszka Syntfeld-Każuch, National Centre for Nuclear Research (Poland)
  • R&D  trends in oxide-based single crystal materials  (Part 1) - Martin Nikl, Institite of Physics ASCR, (Czech Republic)
  • R&D  trends in oxide-based single crystal materials  (Part 2) - Martin Nikl, Institite of Physics ASCR, (Czech Republic)
  • Spectroscopy of defects and dopant using synchrotron radiation - Yuryi Zorenko, Kazimierz Wielki University (Poland)
  • Micro-imaging with single crystalline film scintillators at synchrotron radiation facility - Yuryi Zorenko, KWU (Poland)
  • Synthesis of nanoparticles: the role of chemical parameters toward functional materials - Alessandro Lauria, ETH (Switzerland)
  • Radiation synthesis of scintillating nanomaterials - Vaclav Cuba, Czech Technical University (Czech Republic)
  • Social Media and Promotion: A broader and global perspective - Margarita.Reyes, Intelligentsia Consultants (Luxembourg)
  • Characterization of defects in scintillators – Anna Vedda, University of Milano-Bicocca (Italy)
  • Exploiting defects for material investigation – Mauro Fasoli, University of Milano-Bicocca (Italy)

The event was also the ocasion to widen the scope of advanced scintillating materials and emphasis other areas where their research may be applicable, which specifically included a guest from a prominent Czech industrial actor, Crytur. Dr. Karel Blazek gave a stimulating presentation on the company’s ongoing work and accomplishments in the domain.

In addition the participants were given training on interesting EU platforms and funding schemes where they could demonstrate their scientific capabilities and the importance of intercultural communicative practices in research, as well as training for promotion and dissemination. The students from the faculty (Master and PhD-level) were also given the opportunity to showcase their research work by presenting their findings through a poster session coupled to mini-orals (short 5-minutes presentations introducing the results of the poster).
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This project has received funding from the European Union’s Horizon 2020 research and
innovation programme under grant agreement No 690599