Lession 1. Metrology
Lession 2. Theory of probability
Lession 3. Descriptive statistics – part I – discrete distributions
Lession 4. Descriptive statistics – part II – continuous distributions
Lession 5. Hypothesis testing
Lession 6. Inference about a population
Lession 7. Comparison of two experimental samples
Lession 8. Regression and correlation
19.08.2025 |Neue Wege für die Tumortherapie: Schlüsselveröffentlichung aus ERC-Projekt BARB zu radioaktiven Ionenstrahlen in „Nature Physics“ erschienen (GSI/FAIR Pressemitteilung) Mehr »
17.06.2025 | Hochkarätiger ERC-Grant für Professor Marco Durante: EU fördert GSI-Forschung zur Tumortherapie erneut in Millionenhöhe – Untersuchung des FLASH-Effekts (GSI-FAIR Pressemitteilung) Mehr »
Image-guided treatment of mouse tumours with radioactive ion beams
Boscolo D., Lovatti G., Sokol O., Vitacchio T., Moglioni M., Evangelista F., Haettner E., Tinganelli W., Graeff Ch., Weber U., Schuy C., Nitta M., Kostyleva D., Purushothaman S., Thirolf P.T., Bückner A., Bortfeldt J., Scheidenberger C., Parodi K., Durante M.
Nature Physics (2025) (In Press)
Impact of Microdosimetric Modeling on Computation of Relative Biological Effectiveness for Carbon Ion Radiotherapy
Hartzell, S.; Furutani, K. M. ; Parisi, A. ; Sato, T. ; Kase, Y. ; Deglow, C.; Friedrich, T. ; Beltran, C. J.
Radiation 5(2), 21 - (2025) [10.3390/radiation5020021]
Angular differential and elemental fragmentation cross sections of a 400 MeV/nucleon O 16 beam on a graphite target with the FOOT experiment
Ridolfi, R. ; Toppi, M. ; Mengarelli, A.; et al (FOOT Collaboration)
Physical review, C 112(1), 014610 (2025) [10.1103/nmw9-ldrm]
31.07.2025
Theorieseminarraum SB3 3.170a
"An ion treatment planning framework for inclusion of nanodosimetric ionization detail through cluster dose"
Simona Facchiano
DKFZ, Heidelberg
