Personalized Dosimetry for CT and Interventional Procedures
Mon 7 Dec · 12:00 GMT · 1 hour · Prof. Hilde Bosmans
▶Patient-Specific Dosimetry in Radiology: Methods, Tools, and Clinical Applications — Prof. Hilde Bosmans — University Hospital KU Leuven, Belgium
▶ Recording1 CPD point
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Date & time
Mon 7 Dec 2020 · 12:00 GMT
Duration
1 hour
Organizer
Prof. Madan Rehani, President IOMP
Moderator
Prof. Madan Rehani, President IOMP
Personalized Dosimetry for CT and Interventional Procedures
Prof. Hilde Bosmans, PhD — Team Leader, Medical Physics Experts in Radiology, University Hospital KU Leuven; Professor, KU Leuven; Project Leader, EUTEMPE-RX courses
▼ Abstract
Patient-specific dosimetry has been the theme of several successful projects at KU Leuven. This presentation covers the state of the art in personalized dosimetry for CT and interventional radiology, including the tools and methodologies developed, the clinical validation work, and the Qaelum spin-off company that commercializes a dose management system based on this research.
▼ Speaker biography
Prof. Hilde Bosmans is team leader of medical physics experts in radiology in the University Hospital KU Leuven and for more than 100 centres in the Belgian breast cancer screening. With a team of PhD students and post-doctoral researchers she works on dose and quality in radiology. She is also Project Leader of the EUTEMPE-RX courses for medical physics experts in radiology.
▶Experience of Physica Medica/EJMP — Editorial Insights and Standards — Prof. Paolo Russo — Editor-in-Chief, Physica Medica
▶Being a Successful Author — Strategies for Publication in Medical Physics — Prof. Iuliana Toma-Dasu — Stockholm University
▶ Recording1 CPD point
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Date & time
Tue 24 Nov 2020 · 13:00 GMT
Duration
1 hour
Organizers
Madan Rehani & Paolo Russo
Moderator
Paolo Russo
Experience of Physica Medica / EJMP: Editorial Insights and Standards
Prof. Paolo Russo — Full Professor of Medical Physics, University of Napoli "Federico II"; Editor-in-Chief, Physica Medica: European Journal of Medical Physics (2013–2020)
▼ Abstract
Drawing on 7 years as Editor-in-Chief of Physica Medica, this presentation shares insights on what makes a medical physics paper publishable — covering editorial standards, common reasons for rejection, the value of strong methods sections, and strategies for authors to improve their submissions.
▼ Speaker biography
Prof. Paolo Russo was born in Naples in 1958 and graduated in Physics magna cum laude from the University of Napoli "Federico II", where he became full professor of Medical Physics. His scientific activity focuses on X-ray and gamma-ray medical imaging, particularly for breast imaging. He served as Editor-in-Chief of Physica Medica (2013–2020), as Chair of the EFOMP Publications Committee (2018–2019), and as Chair of the IOMP Publications Committee (2018–2021).
Being a Successful Author in Medical Physics
Prof. Iuliana Toma-Dasu — Professor and Head, Medical Radiation Physics Division, Stockholm University; Affiliated with Karolinska Institutet
▼ Abstract
Practical guidance on how to plan, write and publish impactful papers in medical physics journals. Topics include choosing the right journal, structuring a paper for clarity and impact, responding effectively to reviewers, and building a productive publication strategy over a career.
▼ Speaker biography
Prof. Iuliana Toma-Dasu studied Medical Physics at Umeå University, where she became a certified medical physicist and received her PhD. Her research focuses on biologically optimised adaptive radiation therapy including particle therapy, modelling the tumour microenvironment, and the risks from radiotherapy. She is Editor-in-Chief of Physica Medica — European Journal of Medical Physics.
International Day of Medical Physics (IDMP) 2020 — celebrated on 7 November, the birthday of Marie Skłodowska-Curie. This special panel webinar brought together IAEA, IOMP, and all six IOMP regional organizations to discuss the status and professional recognition of medical physicists as health professionals worldwide.
Medical Physicist as a Health Professional — IAEA Perspective
Dr. Ola Holmberg (Head, Radiation Protection of Patients Unit, IAEA) · Giorgia Loreti (Training Officer, IAEA)
▼ Abstract
The IAEA perspective on ensuring quality education, adherence to international standards, and growing professional recognition for medical physicists worldwide — covering the Agency’s capacity-building work, training programmes, and advocacy for the profession.
▼ Speaker biography
Dr. Ola Holmberg is Head of the Radiation Protection of Patients Unit at the IAEA, Vienna, for over 12 years. He is a medical physicist who has previously worked in Sweden, Ireland, the Netherlands and Denmark.
Giorgia Loreti is a Training Officer at the IAEA, focusing on access to quality education in medical physics, adherence to standards, and recognition of the profession. Previously she worked as a clinical medical physicist at the S. Orsola University Hospital in Bologna.
Regional Perspectives: Medical Physicist as a Health Professional
Regional leaders from all six IOMP regional organizations shared perspectives on the status, challenges, and progress in recognizing medical physicists as health professionals across Europe, the Middle East, Latin America, Africa, Asia-Oceania, and Southeast Asia.
▼ Speaker biography
Dr. Ad J.J. Maas is Chair of EFOMP’s Professional Matters committee, a member of the EFOMP Board of Officers since 2018, and a member of EU Expert Panels on Medical Devices and In Vitro Diagnostic Devices.
Mohammad Hassan Kharita PhD in Radiation Dosimetry. MEFOMP Secretary General since 2018, Director of Radiation Safety at Hamad Medical Corporation, Qatar. Medical physicist specialised in Diagnostic Radiology and Health Physics.
Sandra Guzman is Doctor in Medical Physics from the University of São Paulo, Brazil. She is President of ALFIM (2019–2022) and former President of the Peruvian Society of Medical Physics (2008–2016). Winner of the IOMP IDMP 2016 Award.
Dr. Taofeeq Ige is the pioneer Secretary-General and current President of FAMPO. He serves on the IOMP Awards and Honours Committee and the IUPESM Health Technology Task Group.
Dr. Arun Chougule is Senior Professor and Head of Radiological Physics at SMS Medical College, Jaipur, and President of AFOMP. With 36 years of experience and 110+ publications, his interests include radiation biology, dosimetry, and QA-QC.
Dr. Freddy Haryanto is President of SEAFOMP since 2019 and a lecturer at the Physics Department of Institut Teknologi Bandung, Indonesia. He specialises in Monte Carlo simulation for radiotherapy and small field dosimetry.
e-Learning in Medical Physics Education — How Much, When and How: A Reflection After 20 Years
Thu 15 Oct · 12:00 GMT · 1 hour · Prof. Slavik Tabakov
▶20 Years of e-Learning in Medical Physics: From First e-Resources to the e-Encyclopaedia and Beyond — Prof. Slavik Tabakov — Vice-President IUPESM, Past-President IOMP, King’s College London
▶ Recording1 CPD point
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Date & time
Thu 15 Oct 2020 · 12:00 GMT
Duration
1 hour
Organizer
—
Moderator
Prof. Arun Chougule
e-Learning in Medical Physics Education: A Reflection After 20 Years of Experience
Prof. Slavik Tabakov, PhD, Dr.h.c, FIPEM, FHEA, FIOMP — Vice-President, IUPESM; Past-President, IOMP (2015–2018); King’s College London, UK
▼ Abstract
Drawing on 20+ years of experience leading international e-learning projects in medical physics, this presentation reflects on how much, when, and how e-learning should be used in medical physics education. Prof. Tabakov shares lessons from leading seven international projects that produced the first e-learning in medical physics, the first educational website in the profession, the Medical Physics Dictionary (translated to 31 languages), and the e-Encyclopaedia of Medical Physics.
▼ Speaker biography
Prof. Slavik Tabakov is Vice-President of IUPESM and Past-President of IOMP (2015–2018). He is Founding Director of MSc Clinical Sciences (Medical Physics) and MSc Medical Engineering and Physics at King’s College London, and Co-Director of the International College on Medical Physics at ICTP, Trieste. He is Founding Co-Editor-in-Chief of Medical Physics International. He received the EU Leonardo Da Vinci Award for Education, the King’s College London Teaching Excellence Award, and the IOMP Harold Johns Medal for Excellence in Teaching and International Education Leadership.
▶Effective Dose in Medicine — Current Status and Scientific Debate — Dr. Colin Martin — ICRP Committee 3
▶Effective Dose: Is It a Poor Man’s Cake? — Dr. Madan Rehani — IOMP President
▶ Recording1 CPD point
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Date & time
Tue 6 Oct 2020 · 12:00 GMT
Duration
1 hour
Organizer
Prof. Madan Rehani, President IOMP
Moderator
Prof. Madan Rehani, President IOMP
Effective Dose in Medicine / Panel Debate: Is Effective Dose Thriving or Dying?
Dr. Colin Martin (ICRP Committee 3) · Dr. Madan Rehani (IOMP President)
▼ Abstract
A critical examination of effective dose as a radiation protection quantity in medicine. Colin Martin presents the case for and against effective dose in the medical context, drawing on ICRP TG79 on the use of dose quantities in radiation protection. Madan Rehani challenges the concept further with the question: Is effective dose simply a poor man’s cake — a flawed but convenient proxy? A panel discussion follows examining whether the quantity is thriving or dying in modern medical physics practice.
▼ Speaker biography
Dr. Colin Martin worked as a hospital-based Medical Physicist in Radiation Protection in Glasgow and Aberdeen, Scotland for over 30 years. He is Vice-Chairman of ICRP Committee 3 and a member of ICRP TG79 on the use of dose quantities in radiation protection. He is also a member of various IAEA committees, UK and EU working parties, and COMARE. He has written over 200 articles including 140 papers in peer-reviewed journals.
Dr. Madan Rehani is Director, Global Outreach for Radiation Protection at Massachusetts General Hospital, Boston, and President of IOMP (2018–2021). He is a member of ICRP, author of 8 ICRP Annals, and has more than 155 publications including papers in JAMA Internal Medicine, BMJ, European Heart Journal, and The Lancet.
Proton Facility Shielding: Regulatory and Design Aspects
Wed 23 Sep · 13:00 GMT · 1 hour · 2 speakers
▶Proton Therapy Shielding — Regulatory Aspects — Prof. Katja Maria Langen — Emory University, Atlanta
▶Proton Therapy Shielding — Physics and Design Considerations — Dr. Nisy Elizabeth Ipe — Consulting Radiation Physicist
▶ Recording1 CPD point
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Date & time
Wed 23 Sep 2020 · 13:00 GMT
Duration
1 hour
Organizer
Prof. Madan Rehani
Moderator
Prof. Geoffrey Ibbott, Chair Science Committee IOMP
Proton Therapy Shielding — Regulatory Aspects
Prof. Katja Maria Langen — Professor and Associate Director of Medical Physics, Emory University, Atlanta, Georgia, USA
▼ Abstract
An overview of the regulatory landscape for proton therapy facility shielding in the United States and internationally, drawing on extensive experience in planning for proton facilities and contribution to the IAEA project on Staffing and Training Requirements for a First Proton Facility.
▼ Speaker biography
Prof. Katja Maria Langen received a B.S. equivalent in health physics from the Berufsakademie Karlsruhe and both an MS and PhD in medical physics from the University of Wisconsin. She has overseen planning for proton facilities at MD Anderson Cancer Center Orlando, the University of Maryland Proton Treatment Center, and Emory University.
Proton Therapy Shielding — Physics and Design Considerations
Dr. Nisy Elizabeth Ipe, PhD — Consulting Radiation Physicist in Shielding Design
▼ Abstract
A comprehensive technical overview of proton therapy shielding physics and design considerations, covering neutron production, secondary particle spectra, dose estimation, and shielding material selection. Drawing on 35 years of experience and extensive work shielding proton therapy facilities worldwide.
▼ Speaker biography
Dr. Nisy Elizabeth Ipe has a PhD from Purdue University and was previously Head of the Radiation Physics Department at SLAC National Laboratory, Stanford, California. She has 35 years of experience in shielding design and has shielded many proton therapy facilities. She was Task Group Chair for PTCOG Report 1: Shielding and Radiation Safety for Charged Particle Therapy Facilities, and a consultant on NCRP Report 151.
From Radiobiological Challenges to Imaging Biomarkers in Personalised Radiotherapy
Wed 9 Sep · 12:00 GMT · 1 hour · 2 speakers
▶Topic 1: Biomarkers for Hypoxia and Proliferation — From Imaging to Outcome Prediction — Prof. Iuliana Toma-Dasu — Stockholm University
▶Topic 2: Biomarkers for Cancer Stem Cells — From Imaging to Outcome Prediction — Prof. Loredana G. Marcu — University of Oradea / University of South Australia
▶ Recording1 CPD point
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Date & time
Wed 9 Sep 2020 · 12:00 GMT
Duration
1 hour
Organizer
Prof. Madan Rehani
Moderator
Prof. Eva Bezak, Secretary General IOMP
Topic 1: Biomarkers for Hypoxia and Proliferation: From Imaging to Outcome Prediction
Prof. Iuliana Toma-Dasu — Professor and Head, Medical Radiation Physics Division, Stockholm University / Karolinska Institutet
▼ Abstract
Tumour hypoxia and proliferation are major drivers of radiotherapy resistance and treatment failure. This presentation covers how quantitative imaging biomarkers for hypoxia and proliferation can be derived and used to predict radiotherapy outcomes, with implications for adaptive treatment planning and biological dose optimisation.
▼ Speaker biography
Prof. Iuliana Toma-Dasu is Professor in Medical Radiation Physics and Head of the Medical Radiation Physics division at Stockholm University, affiliated to the Karolinska Institutet. Her research focuses on biologically optimised adaptive radiation therapy, including particle therapy, modelling the tumour microenvironment, and the risks from radiotherapy.
Topic 2: Biomarkers for Cancer Stem Cells: From Imaging to Outcome Prediction
Prof. Loredana G. Marcu — Professor of Medical Physics, University of Oradea, Romania; Adjunct Professor, University of South Australia
▼ Abstract
Cancer stem cells (CSCs) represent a small but highly radioresistant subpopulation of tumour cells that are thought to drive recurrence after radiotherapy. This presentation covers how imaging-derived biomarkers for CSCs can be identified and used to predict treatment outcomes, with implications for precision radiotherapy.
▼ Speaker biography
Prof. Loredana G. Marcu is Professor of Medical Physics at the University of Oradea, Romania, and Adjunct Professor at the University of South Australia. A radiotherapy medical physicist educated and trained in Adelaide, her research covers in silico modelling of tumour growth and response to treatment, radiobiology, targeted therapies, and the risk of second cancer after radiotherapy. She has published 15 books/book chapters and over 100 scientific papers.
The Importance of Certification and Accreditation in Medical Physics
Mon 17 Aug · 12:00 GMT · 1 hour · Prof. Colin G. Orton
▶Professional Certification and Accreditation: Why They Matter for Medical Physics and Patient Safety — Prof. Colin G. Orton, PhD — Professor Emeritus, Wayne State University
▶ Recording1 CPD point
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Date & time
Mon 17 Aug 2020 · 12:00 GMT
Duration
1 hour
Organizer
—
Moderator
Prof. Arun Chougule
The Importance of Certification and Accreditation in Medical Physics
Prof. Colin G. Orton, PhD — Professor Emeritus, Wayne State University, USA
▼ Abstract
A comprehensive overview of why professional certification and programme accreditation are essential pillars of the medical physics profession — covering their role in ensuring patient safety, maintaining professional standards, supporting career development, and advancing the global recognition of medical physicists. Drawing on extensive leadership experience across AAPM, IOMP, IUPESM, and IMPCB.
▼ Speaker biography
Prof. Colin G. Orton, PhD is Professor Emeritus at Wayne State University. He has served as President of AAPM, IOMP, IUPESM, ABS, and IMPCB, and has published over 290 papers, over 600 presentations, and co-authored or edited over 50 books.
▶Topic 1: Medical Machine Learning — Experience from the Australian Institute for Machine Learning — Dr. Johan Verjans — University of Adelaide
▶Topic 2: Expanding Quantitative Medicine through AI and Automation — Dr. Price Jackson — Peter MacCallum Cancer Centre
▶Topic 3: AI in Clinical Trials in Radiation Oncology — A/Prof. Lois Holloway — Ingham Institute, Sydney
▶ Recording1 CPD point
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Date & time
Tue 4 Aug 2020 · 12:00 GMT
Duration
1 hour
Organizer
Prof. Madan Rehani
Moderator
Prof. Eva Bezak, Secretary General IOMP
Topic 1: Engaging Medical Professionals in Medical Machine Learning — Experience from the Australian Institute for Machine Learning
Dr. Johan Verjans — Cardiologist, Royal Adelaide Hospital; Deputy Director of Medical Machine Learning, Australian Institute for Machine Learning, University of Adelaide
▼ Abstract
Drawing on experience as a physician-scientist combining cutting-edge research and patient care, this talk covers how to engage medical professionals, physicists, engineers, and biologists in medical machine learning projects — from identifying clinical problems suitable for ML solutions to building multidisciplinary collaborations that translate effectively into clinical practice.
▼ Speaker biography
Dr. Johan Verjans is a physician-scientist and Cardiologist at the Royal Adelaide Hospital. During his research career (PhD Maastricht University; post-doctoral fellow at Harvard Medical School), he has focused on translational pre-clinical and clinical imaging biomarkers using advanced molecular imaging strategies. As Deputy Director of Medical Machine Learning at the Australian Institute for Machine Learning, his role is to connect world-class ML capabilities to the Biomedical Precinct in Adelaide.
Topic 2: Expanding Quantitative Medicine through AI and Automation
Dr. Price Jackson — Senior Medical Physicist, Peter MacCallum Cancer Centre, Melbourne
▼ Abstract
AI is showing the potential to automate many time-consuming measurements in medical imaging. While improving existing manual processes is of great benefit, there is also the potential to apply complex quantitative analyses in routine imaging that would otherwise be too resource intensive. This talk provides examples of AI organ segmentation applied to nuclear medicine and radiation oncology.
▼ Speaker biography
Dr. Price Jackson is a medical physicist at Peter MacCallum Cancer Centre, Melbourne. He has worked as a post-doctoral researcher supporting the radionuclide therapy service where he developed image-based dosimetry software and protocols. He is currently a clinical radiology physicist and maintains research interests in image analysis including development of neural network tools.
Topic 3: AI in Clinical Trials in Radiation Oncology
A/Prof. Lois Holloway — Research Medical Physicist, Ingham Institute for Applied Medical Research, Sydney West Cancer Network
▼ Abstract
Clinical trials in radiation oncology require stringent quality assurance to ensure that protocol violations do not impact on the ability to answer the trial question. Manual review is time consuming and challenging. This presentation examines AI approaches including deep learning autosegmentation and knowledge-based planning to improve the efficiency and accuracy of clinical trial quality assurance.
▼ Speaker biography
A/Prof. Lois Holloway leads the medical physics research group at the Ingham Institute and Liverpool & Macarthur Cancer Therapy centres. She has an interest in learning from large imaging datasets to make the best decisions for patients. She leads the OzCAT distributed data learning research programme and is a member of the Australian MRI-linac research programme.
Understanding the Limitations of Current CT Dosimetry and the Way Forward
Mon 20 Jul · 12:00 GMT · 1 hour · Prof. John Damilakis
▶CT Dosimetry: Current Limitations, Recent Advances, and the Path to Personalized CT Dose Estimation — Prof. John Damilakis — Vice President & President-elect, IOMP; University of Crete
▶ Recording1 CPD point
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Date & time
Mon 20 Jul 2020 · 12:00 GMT
Duration
1 hour
Organizer
Prof. Arun Chougule
Moderator
Prof. Eva Bezak
Understanding the Limitations of Current CT Dosimetry and the Way Forward
Prof. John Damilakis, PhD — Vice President and President-elect, IOMP; Chairman, Department of Medical Physics, University of Crete, Greece
▼ Abstract
This presentation critically reviews current CT dosimetry methods, their inherent limitations in estimating patient-specific organ doses, and the scientific progress being made toward more accurate, individualized CT dose assessment. Topics include the limitations of CTDIvol and DLP as patient dose surrogates, Monte Carlo-based approaches, and emerging tools for patient-specific dosimetry.
▼ Speaker biography
Prof. John Damilakis, PhD is professor and chairman at the Department of Medical Physics, University of Crete, and Vice President and President-elect of IOMP. Past President of EURAMED and EFOMP. He is a member of two ICRP Task Groups (TG108 and TG109) and the steering committee of EuroSafe Imaging (ESR). He has published 213 PubMed-indexed articles with an h-index of 45 and has received 10 awards for his work.
▶Topic 1: What Is Radiomics? Its Relationship to Machine Learning and Deep Learning — Prof. Arman Rahmim — University of British Columbia / BC Cancer
▶Topic 2: Potential Value and Pitfalls of Machine Learning for Radiomics Applications — Dr. Mathieu Hatt — INSERM, France
▶ Recording1 CPD point
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Date & time
Thu 9 Jul 2020 · 12:00 GMT
Duration
1 hour
Organizer
Prof. Madan Rehani, President IOMP
Moderator
—
Topic 1: What Is Radiomics? Its Relationship to Machine Learning and Deep Learning
Prof. Arman Rahmim — Associate Professor of Radiology and Physics, University of British Columbia; Senior Scientist and Provincial Medical Imaging Physicist, BC Cancer, Vancouver
▼ Abstract
An introduction to radiomics — the high-throughput extraction of quantitative features from medical images — and its relationships to machine learning and deep learning. Covering the radiomics pipeline from image acquisition and segmentation to feature extraction, model building, and clinical translation, with examples from molecular imaging and PET-based applications.
▼ Speaker biography
Prof. Arman Rahmim received his PhD in medical imaging physics at UBC and was recruited by Johns Hopkins University to lead the high-resolution brain PET imaging physics programme. He leads the provincial molecular imaging and therapy physics programme at BC Cancer. He has published over 130 journal articles, 280 conference proceedings, and delivered more than 90 invited lectures worldwide. He received the AAPM John S. Laughlin Young Scientist Award in 2016.
Topic 2: Potential Value and Pitfalls of Machine Learning for Radiomics Applications
Dr. Mathieu Hatt — Computer Scientist and Researcher, INSERM, France; EANM Physics Committee; SNMMI Physics, Data Science and Instrumentation Council
▼ Abstract
While machine learning holds great promise for radiomics, it also carries significant pitfalls — including overfitting, feature instability, scanner dependence, and lack of reproducibility. This presentation addresses both the potential value and the methodological risks of ML in radiomics, providing guidance on best practices for robust and clinically meaningful radiomics studies.
▼ Speaker biography
Dr. Mathieu Hatt received his PhD in 2008 and his habilitation to supervise research in 2012. His main skills and expertise lie in radiomics from automated image segmentation to feature extraction, as well as machine (deep) learning methods for PET/CT, MRI and CT modalities. He is an elected member of the EANM physics committee, the SNMMI physics, data science and instrumentation council board of directors, and the IEEE nuclear medical and imaging sciences council.
Artificial Intelligence in Medical Physics and Medicine: Challenges and Opportunities
Tue 23 Jun · 12:00 GMT · 1 hour · Prof. Steve Jiang
▶AI and Deep Learning in Medical Physics: From Treatment Planning Automation to Clinical AI Deployment — Prof. Steve Jiang, PhD — University of Texas Southwestern Medical Center
▶ Recording1 CPD point
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Date & time
Tue 23 Jun 2020 · 12:00 GMT
Duration
1 hour
Organizer
—
Moderator
Prof. Madan Rehani, President IOMP
Artificial Intelligence in Medical Physics and Medicine: Challenges and Opportunities
Prof. Steve Jiang, PhD — Vice Chair, Department of Radiation Oncology; Director, Division of Medical Physics and Engineering; Barbara Crittenden Professor in Cancer Research, University of Texas Southwestern Medical Center, USA
▼ Abstract
A comprehensive overview of how AI technologies are transforming medical physics and oncology — covering deep learning-based image segmentation, automated treatment planning, AI-driven quality assurance, real-time adaptive therapy, and the challenges of clinical AI deployment at scale. Drawing on over 15 million dollars in funded research and 200+ peer-reviewed publications with an H-index of 75.
▼ Speaker biography
Prof. Steve Jiang, PhD received his PhD in Medical Physics from Medical College of Ohio in 1998 and completed post-doctoral training at Stanford University. He is a Fellow of the Institute of Physics and AAPM and is the founding director of both the Medical Artificial Intelligence and Automation Laboratory and the Programme of Excellence in Intelligent Medicine at UT Southwestern. He has supervised over 30 post-doctoral fellows and 10 PhD students.
Physics Aspects of Clinical Implementation of MR-Linac
Mon 15 Jun · 12:00 GMT · 1 hour · Prof. K.Y. Cheung
▶Clinical Implementation of MR-Linac: Physics Commissioning, QA, and Workflow Considerations — Prof. K.Y. Cheung — Hong Kong Sanatorium & Hospital
▶ Recording1 CPD point
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Date & time
Mon 15 Jun 2020 · 12:00 GMT
Duration
1 hour
Organizer
—
Moderator
Prof. Arun Chougule, IOMP School Webinar Organiser
Physics Aspects of Clinical Implementation of MR-Linac
Prof. K.Y. Cheung — Senior Medical Physicist, Medical Physics and Research Department, Hong Kong Sanatorium & Hospital, Hong Kong
▼ Abstract
The MR-Linac combines real-time MRI guidance with linear accelerator delivery, enabling adaptive radiotherapy based on daily soft-tissue imaging. This presentation covers the physics aspects of clinical implementation: acceptance testing, commissioning, quality assurance protocols, MR-specific dosimetry challenges, adaptive treatment workflows, and lessons learned from early clinical experience.
▼ Speaker biography
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Prof. K.Y. Cheung is Senior Medical Physicist in the Medical Physics and Research Department at Hong Kong Sanatorium & Hospital. He is a pioneer in the clinical implementation and physics commissioning of the MR-Linac in the Asia-Pacific region, contributing to protocol development and QA methodology for this emerging technology platform.
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