-
Stefaan Vandenberghe14/05/2026, 08:30
This talk will discuss key technical factors, including detector design, data processing challenges, and system cost, which is largely driven by scintillator materials and electronics. It also compares different system lengths, showing that longer scanners yield higher sensitivity but at increased cost. Novel emerging systems from GE and United imaging will be described in more detail....
Go to contribution page -
Neus Cucarella Melo14/05/2026, 09:00
Recent developments in PET detectors have explored alternatives to conventional pixelated scintillator arrays in order to improve spatial resolution and DOI capabilities while maintaining good timing performance and reducing system cost. Among the different approaches proposed, semi-monolithic and pseudo-slab scintillation crystals aim to combine the advantages of pixelated and monolithic...
Go to contribution page -
Dr Lukasz Kaplon (Jagiellonian University)14/05/2026, 09:20
Total-body Jagiellonian positron emission tomography (TB-J-PET) is based on long plastic scintillators [1] which decrease cost of the scanner [2]. Total-body PET scanners enable positronium lifetime imaging of organs in human body [3] and tissue samples [4], measurements of polarization of photons [5], CPT symmetry [6], and beam therapy monitoring [7]. Development of TB-J-PET requires...
Go to contribution page -
Ahmadreza Rezai14/05/2026, 09:40
Gold sponsor keynote talk
Go to contribution page
Choose timezone
Your profile timezone: