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Introduction
2
Different types of radiation
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William Henry Bragg
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Medical applications
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Nuclear physics
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Poll
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History
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Direct and indirect damage
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High energy accelerators
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Analogical reasoning
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radiotherapy
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survival rates
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cyclotron
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cyclotron schematic
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proton therapy
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depth vs dose
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modern measurement
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clinical trials
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computing technology
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imaging
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particle physics
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example
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exponential growth
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proton therapy facilities
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proton therapy statistics
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hit
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Medical accelerated physics
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New technologies
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How many particle accelerators
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How many radiotherapy machines
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Applications outside medicine
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Curiosity driven research
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Where does modern technology come from
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John Wallace quote
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Why is Australia so slow to adopt proton therapy
Description:
Explore the cutting-edge world of precision particle therapy and its potential health applications in this 59-minute webinar featuring accelerator physicist Dr Suzie Sheehy. Delve into the physics of life as Dr Sheehy discusses different types of radiation, the history of nuclear physics in medicine, and the development of high-energy accelerators for cancer treatment. Learn about the advantages of proton therapy, including its ability to target tumors more precisely than traditional radiotherapy. Examine the growth of proton therapy facilities worldwide and the latest advancements in medical accelerator physics. Discover how curiosity-driven research has led to groundbreaking technologies in cancer treatment and other fields. Consider the challenges and opportunities for adopting proton therapy in Australia, and gain insights into the future of particle beam therapy for treating inoperable tumors.

Ion Beams for Cancer Therapy - New Technologies for Treating Inoperable Tumours - July Lectures 2020

University of Melbourne
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