Webinars

Join Todd Pawlicki for an in-depth look at AAPM's structure, strategic plans, councils, and future direction, including executive succession."

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Learn about ACR DSI's role in advancing medical imaging AI and shaping regulatory standards.

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Explore how MedPhys 3.0 transforms medical physics education in a changing healthcare landscape.

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Discover AI's impact in medical imaging and recent advancements in PET/SPECT and CT.

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Learn how medical physicists can commercialize their innovative ideas.

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Learn about translational research using physics-based tools in unconventional settings such as dermatology and pathology.

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MPs can have a role in improving tumor boards, emergency pandemic response protocols, patient survivorship and more!

Medical imaging is becoming increasingly advanced and heterogeneous leading to new challenges and opportunities for MPs.

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The advanced practices of MP3.0 is not just for in-house physicists. Watch this webinar to see how it works in a consultant setting.

AI will engage all aspects of healthcare. How will radiation oncology be (re)shaped and what could be the role of a MP3.0 physicist?

Learn about the new CMS payment model for Radiation Oncology services that is prospective, site neutral, modality agnostics, and episode-based.

AI in diagnostic radiology presents physicists with many new tools & developmental opportunities. Proper clinical validation is critical.

Processes are becoming more complex and automated. What does that mean for medical physicists?

Listen to how clinical medical physicists can do research within the boundaries of their workplace.

Hear about processes and insights in imaging protocol management.

What are the "if", "why", and "how" of medical physicists interacting meaningfully with patients?

Learn about effective models of partnerships with administrators, which enable quality medical physics. Episode Q&A.

Radiography remains the most frequently performed type of medical imaging. How can we improve?

Listen to the perspective of medical physicists who have been patients.

Highlights how the COVID pandemic has defined and motivated new takes and perspectives for physicists