The ASCIMAT workshop was organised in joint collaboration with the COST FAST project, of which FZU is also the coordinator.
This one day event took place at The Technology Centre of the Czech Academy of Sciences and the was divided into two sessions. The morning meeting was COST-related, which was intoduced by invited speaker prof. Vasiliev, who reviewed theoretical aspects of fast timing and suggested the most suitable processes to reach such a goal in a scintillation material. Other presentations reviewed the recent activities of participating groups and institutions in the project including some of the ASCIMAT project’s (FZU, CERN).There were 21 ASCIMAT members present and the COST part served as an educational introduction into specific aspects of fast timing issues in scintillator R&D, which is an important part of the ASCIMAT training and collaboration program. The ASCIMAT workshop took place in the afternoon, which commenced with an invited talk from Dr. E. Mihokova, who reviewed and discussed quantum tunneling process as a specific part of luminescence mechanism, giving rise to slow decay components. Following this, several presentations were given by young members from the FZU, CERN and University of Lyon consortium partners, where they presented their current activities and results.
This one day event took place at The Technology Centre of the Czech Academy of Sciences and the was divided into two sessions. The morning meeting was COST-related, which was intoduced by invited speaker prof. Vasiliev, who reviewed theoretical aspects of fast timing and suggested the most suitable processes to reach such a goal in a scintillation material. Other presentations reviewed the recent activities of participating groups and institutions in the project including some of the ASCIMAT project’s (FZU, CERN).There were 21 ASCIMAT members present and the COST part served as an educational introduction into specific aspects of fast timing issues in scintillator R&D, which is an important part of the ASCIMAT training and collaboration program. The ASCIMAT workshop took place in the afternoon, which commenced with an invited talk from Dr. E. Mihokova, who reviewed and discussed quantum tunneling process as a specific part of luminescence mechanism, giving rise to slow decay components. Following this, several presentations were given by young members from the FZU, CERN and University of Lyon consortium partners, where they presented their current activities and results.
This workshop was an informative session and the presentations from the event are available for downloading below:
- Anatolijs Šarakovskis, Upconversion luminescence of erbium doped oxyfluoride glass ceramics with β‐NaYF4 nanocrystals
- E. Mihóková, Quantum tunneling in scintillating materials
- Amira Saoudi, ILM UCB Lyon, Persistent Luminescence
- Martin Nikl, WG2: Status of activities: Scintillator for fast timing
- Dan Sporea, Ionizing radiation effects in optical materials
- Winicjusz Drozdowski, Double-Beam Surprises
- Pier Paolo Natali, Photoelastic measurements of differently oriented Lyso samples
- Augustas Vaitkevičius, Nonequilibrium carrier dynamics in undoped and Ce‐doped GaGG
- Kateřina Tomanová, Blue‐emitting CsPbBr3 nanoplatelets with sub‐ns decay
- V. Vaněček, Halide Crystal Growth
- Rosana Martinez Turtós, Nanocrystals as a driving force for ultrafast ionizing radiation detectors
- S.I. Omelkov, V. Nagirnyi, M. Kirm et al., Hot intraband luminescence vs material band structure and excitation type
- A.N.Vasil’ev, Theoretical aspects of fast timing in scintillator materials and COST FAST Activity in Moscow State University
- F. Daví, Decay time estimates in Scintillators from continuum physics models
