Welcome

• Javier Resta-Lopez (Cockcroft Institute / University of Liverpool)

State of the art in Monte Carlo studies for treatment optimization

• Carla Winterhalter (PSI)

OMA ESR7 - Improvements on FLUKA for medical applications

• Giulia Arico' (CERN)

Contributed Talk - Technical challenges and future developments in pencil beam scanning

• David Meer (PSI)

OMA ESR10 - WP3 - Advanced Monte Carlo and imaging methods

• Liheng Tian (LMU)

3D motion detection in medical applications

• Marco Riboldi (LMU Munich)

OMA ESR8 - Tumour tracking in particle therapy

• Hanen Ziri (Centro Nazionale di Adroterapia Oncologica)

OMA ESR9 - R&D into software solutions for a next generation dose delivery system

• Michelle Lis (GSI)

Contributed Talk - Advances in proton therapy technology: High performance compact LINAC component development and testing

• Judith McCarron (Advanced Oncotherapy PLC)

OMA ESR11 - Optimization of high-performance 3D/4D surface scanning technology for patient monitoring in radiotherapy environment

• Samuele Cotta (Vialux)

Gantry design optimization for medical hadron accelerators

• Konrad Pawel Nesteruk (PSI)

OMA ESR 12 - Light ion therapy software for data exchange

• Carlos Afonso

Contributed Talk - Beam transport systems for LINAC-based proton therapy

• Alessandra Valloni (ADAM SA)

OMA ESR13 - Application of high gradient RF technology for hadron therapy accelerators

• Anna Vnuchenko (Univ. of Valencia and CSIC (ES))

Accelerator methods for achieving 350 MeV imaging protons

• Hywel Owen (University of Manchester)

OMA ESR14 - Treatment facility optimization studies

• Andrea De Franco (MedAustron)

Contributed Talk - Technical log files analysis for patient treatment optimisation

• Francic Gagnon-Moisan (PSI)

OMA ESR15 - Gantry design for linac-boosted protons

• Ewa Oponowicz (University of Manchester/Cockcroft Institute)