Timetable of Events

Talks held within the Medical Physics Division

Please contact Riya Prashad (rprashad@stanford.edu) for more information.

Date Speaker Topic/ Paper Title
9/10 Xuejun Gu Autosegmentation with AI, where we are?
9/24 Ted Graves Immune Consequences of Radiation: Hidden Treasure or Fool’s Gold
10/15 Lianli Liu Accelerate medical imaging for imaging-guided radiotherapy via AI models
10/29 Manik Aima Novel medical physics applications
11/12 Cynthia Chuang AAPM TG 302: Surface-guided radiotherapy
11/26 Thomas Niedermayr Advances in Gyn Brachytherapy
12/10 Lawrie Skinner AVATAR system update and catalyst process insights. Total skin devices update.
1/7 Murat Surucu Cancelled
1/28 Guillem Pratx Novel iterative reconstruction strategies for dynamic PET imaging of sparse structures
2/11 Piotr Dubrowski Cancelled
2/25 Amy Yu A Holistic Review for Medical Physics Residency Applicant Selection
3/11 Yong Yang Spatially Fractionated Radiotherapy 
3/25 Lei Wang Quality Assurance on SRS/SBRT: An update on MPPG9b and TG135B
4/8 Ramish Ashraf Multi-institutional Verification of a Novel Predictor for Successful Biology-guided Radiotherapy Delivery for Small Targets
4/22 Lewei  Zhao How far is proton arc therapy from the clinical practice?
5/6 Bin Han Updates to the RefleXion QA based on the TG 306
5/20 Xianjin Dai Review of In Vivo Proton Range Verification Methods
6/3 Zi Yang Developments of a Sim-Free MRI-Only RT Workflow and a Lying-on-Gurney Position TSEI Technique
6/10 Yu Gao MRI Safety
6/17 Nataliya Kovalchuk Cancelled
6/24 Peng Dong Optimization approaches to volumetric modulated arc therapy planning
7/1 Serdar Charyyev Commissioning of Monte Carlo Dose Calculation in Proton Therapy
7/8 Veng Jean Heng Compact representation of external beam photon phase space data via implicit neural representation learning
7/15 Zhuoran Jiang Foundation Model-empowered Unsupervised 3D Deformable Medical Image Registration
8/19 Gregory Szalkowski Cyberknife: Automation in planning and quality assurance
8/26 Ruijiang Li Multi-modal foundation model for precision oncology