a) Introduction lectures
1. The NPSS Booklet about Radiation Facts – Patrick Le Du
2. Interaction of Radiation With Matter – TBA
3. Radiation Detectors: Imaging what you cannot see – Cinzia da Via
4. Statistics and Measurements – Karel Smolek
5. Measuring picoseconds and GHz – Stefan Ritt
6. Modern Engineering and AI – Stefan Ritt
7. Data Analysis and AI – Yury Shitov
b) Detectors:
8. A Basic Introduction to Scintillating Detectors – Rastislav Hodák
9. Gaseous Detectors – Maksym Titov
10. Photodetectors and Photon Counting – Masaharu Nomachi
11. Timepix for Subatomic Physics – Benedikt Bergmann
c) Fundamental physics:
12. Basic Applications in Fundamental Research - Neutrino Physics – Rastislav Hodák
13. Astrophysics – Adam Smetana
14. Overview of Astroparticle Observations – Robert Filgas
15. Accelerators for the Present and Future of Particle Physics – Maksym Titov
16. What´s next in Particle Physics? – Maksym Titov
d) Applications:
17. TimePix for Imaging and Tomography – Jan Dudak
18. Introduction to Medical Imaging – X-rays, CT, MRI – Andrea Gonzales-Montoro
19. Medical Imaging: PET – Andrea Gonzales-Montoro
20. Proton Therapy – Martin Grossmann
21. Introduction to GATE Exercise – Trang Hoang
22. Present and Future of Nuclear Power Engineering – Jan Syblik
23. Highlighting your work: Some simple suggestions and hints – Patrick Le Du
