-
10:15
Design and Application for a new intense positron beam at the Antimatter Laboratory in Trento
-
Luca Povolo; University of Trento, Italy
-
10:17
Calibration of Silicon Drift Detectors for the SIDDHARTA-2 Experiment
-
Aleksander Khreptak; National Laboratory of Frascati (LNF), Italy
-
10:19
Monte Carlo simulation platform and software stack in Dose-3D project
-
Jakub Hajduga; AGH University of Science and Technology WFIIS, Poland
-
10:21
Application of the PALS technique in the investigation of the nanostructure of enzymatic biosensor matrices for biomarkers detection in medical diagnostics
-
Magdalena Goździuk; Maria Curie-Skłodowska University, Poland
-
10:23
Double photon coincidence detection method for gamma-ray imaging in medicine
-
Mizuki Uenomachi; Kyoto University, Japan
-
10:25
Intelligent data analysis for the next generation medical phantom Dose-3D
-
Kamila Kalecińska; AGH University of Science and Technology, Poland
-
10:27
Silicon as a candidate for a proton beam-activated tracer for range verification in proton therapy
-
Barbara Kołodziej; Jagiellonian University, Poland
-
10:29
Design of spread-out Bragg peaks in spatially fractionation proton therapy
-
Agata Tobola-Galus; Institute Of Nuclear Physics Polish Academy od Sciences, Poland
-
10:31
Angular DOI Calibration Methods towards PET In-System Calibration of (Semi-)Monolithic Scintillators
-
Yannick Kuhl; RWTH Aachen University, Germany
-
10:35
Developing a phantom for the positronium imaging evaluation.
-
Gabriela Łapkiewicz; Jagiellonian University, Poland
-
10:37
Estimation of 511 keV gamma scatter fraction in WLS layer in Total Body J-PET ; A simulation study
-
Keyvan Tayefi Ardebili; Jagiellonian University, Poland
-
10:39
Breast Cancer diagnosis study along with the introduction of new detection technology
-
Shivani; Jagiellonian University, Poland
(Jagiellonian University)
-
10:41
Determination of 10B concentration in melanocytes and melanoma cells
-
Monika Szczepanek; Jagiellonian University, Poland
-
10:43
Detection of concentration and survival of HL-60 human acute promyelocytic leukemia cells by the PALS technique
-
Katsiaryna Yankova; Maria Curie-Skłodowska University, Poland
-
10:45
Study of differences in the composition of glycosphingolipids between the extracellular vesicles from β-cell and endothelium cell lines using ToF-SIMS
-
Magdalena Marzec; Jagiellonian University, Poland
-
10:47
Gold nanoparticles as contrast agents for micro-CT imaging
-
Dominik Panek; Jagiellonian University, Poland
-
10:49
Relevance of Monte Carlo simulation validation analysis in the scope of the Dose-3D project
-
Wioleta Górska; AGH University of Science and Technology, Poland
-
10:51
Assessment of the influence of the Beta parameter in the reconstruction of Q.Clear
-
Konrad Skórkiewicz; Jagiellonian University, Poland
-
10:53
Measurement of correlation between polarization of annihilation photons emitted in e+e- system to detect entanglement at sub-MeV range
-
Deepak Kumar; Jagiellonian University, Poland
-
10:55
Characterization of spheroid growth based on a new dynamical model
-
Kamil Dulski; Jagiellonian University, Poland
-
10:57
Characterization of the 192-strip J-PET detector for multi-photon positronium imaging
-
Kamil Dulski; Jagiellonian University, Poland
-
10:59
Development of a high-resolution PET detector for small animal in-beam PET system
-
Munetaka Nitta; Ludwig Maximilians University, Germany
-
11:01
CP Discrete Symmetry study in the decay of ortho-Positronium atom using the J-PET detector.
-
Kavya Valsan Eliyan; Jagiellonian University, Poland
-
11:03
Towards improving the sensitivity of testing CPT symmetry in positronium decays with the Modular J-PET detector
-
Neha Chug; Jagiellonian University, Poland
-
11:05
Development of the normalization method for the Jagiellonian PET scanner
-
Aurélien Coussat; Jagiellonian University, Poland