| PHYSICS TRACK |
| Topics |
Keywords |
| Adaptive radiotherapy and inter-fraction motion management |
Artificial intelligence and automation |
| Clinical applications |
| Dose accumulation |
| In room imaging/monitoring (EPID, CBCT, US...) |
| Margins |
| Other |
| Particle therapy |
| Simulation of clinical impact |
| Basic dosimetry and phantom and detector development |
Dosimetry fundamentals |
| Dosimetry protocols |
| New detectors |
| New phantoms |
| Other |
| Dose measurement and dose calculation |
“In vivo” dose measurement |
| Characterisation of treatment equipment |
| New dose calculation algorithms |
| Other |
| Particle therapy |
| Pre-treatment verification |
| QA of treatment units/sources |
| Validation of dose calculation |
| Imaging acquisition and processing |
(4D)CT |
| Artificial intelligence |
| Automatic contouring |
| Cone Beam CT |
| Deformable image registration |
| Dual energy CT |
| Geometrical accuracy |
| Image quality |
| MRI and MR-only |
| Other |
| Synthetic CT |
| Implementation of new technology, techniques, clinical protocols or trials (including QA & audit) |
Audits |
| Automation or artificial intelligence |
| Imaging equipment |
| Other |
| Risk and quality management |
| Treatment techniques |
| Treatment units |
| Intra-fraction motion management |
Breathhold |
| Gating |
| In room imaging/monitoring |
| Optical surface imaging |
| Other |
| Particle therapy |
| Tracking |
| Quantitative functional and biological imaging |
Pre-treatment imaging |
| QA and technical aspects |
| Response assessment |
| Response prediction |
| Use for ART |
| Use for dose painting |
| Radiation protection, secondary tumour induction and low dose |
Dose monitoring |
| Imaging dose |
| Modelling of secondary tumour induction |
| Other |
| Out-of-field dosimetry |
| Particle therapy |
| Radiobiological and predictive modelling, and radiomics |
Artificial intelligence |
| FLASH, grid therapy and others |
| Model validation and assessment of robus |
| Multi-variable predictive models |
| Normal tissue complication probability models |
| Other |
| Outcome prediction |
| Radiomics in predictive models |
| Radiomics: robustness and repeatability |
| Radiomics: standardisation |
| Treatment planning: optimisation and algorithms |
| Tumour control models |
| Treatment planning: optimisation and algorithms |
Artificial intelligence |
| IMRT and VMAT |
| New optimisation and calculation algorithm development |
| Other |
| Protons and ions |
| Radiobiological optimisation |
| Robust planning |
| Validation and verification of algorithms |
| Treatment planning: applications |
4D planning |
| Automated planning |
| New treatment techniques |
| Other |
| Particle therapy |
| Radiobiological planning |
| Treatment technique comparison |