Radiation Therapy Physics
( 25 Modules )

Module #1
Introduction to Radiation Therapy
Overview of radiation therapy, its role in cancer treatment, and the physics principles underlying it

Module #2
Atomic Physics for Radiation Therapy
Atomic structure, radioactive decay, and interaction of radiation with matter

Module #3
Radiation Interactions with Matter
Types of radiation interactions, Compton scattering, and photon attenuation

Module #4
Radiation Detection and Measurement
Principles of radiation detection, measurement units, and instrumentation

Module #5
Radiation Units and Dosimetry
Definition of radiation units, dosimetry systems, and dose calculation methods

Module #6
X-Ray Physics
Production, properties, and interactions of X-rays in radiation therapy

Module #7
Gamma Ray Physics
Production, properties, and interactions of gamma rays in radiation therapy

Module #8
Electron Beam Physics
Production, properties, and interactions of electron beams in radiation therapy

Module #9
Proton Therapy Physics
Principles and applications of proton therapy in radiation oncology

Module #10
Radiation Therapy Machines
Design, components, and operation of linear accelerators and other radiation therapy machines

Module #11
Beam Quality and Characterization
Measurement and characterization of radiation beams for radiation therapy

Module #12
Radiation Therapy Treatment Planning
Principles of treatment planning, 3D conformal radiation therapy, and intensity-modulated radiation therapy (IMRT)

Module #13
Dose Calculation and Verification
Methods for dose calculation, verification, and quality assurance in radiation therapy

Module #14
Radiation Therapy Treatment Delivery
Techniques and considerations for delivering radiation therapy treatments

Module #15
Radiation Safety and Regulations
Radiation safety principles, regulations, and guidelines for radiation therapy

Module #16
Quality Assurance in Radiation Therapy
Quality assurance programs, commissioning, and maintenance of radiation therapy equipment

Module #17
Radiation Biology and Tissue Response
Biological effects of radiation, tissue response, and radiation-induced side effects

Module #18
Imaging for Radiation Therapy
Role of imaging in radiation therapy, image-guided radiation therapy, and MRI-guided radiation therapy

Module #19
Stereotactic Body Radiation Therapy (SBRT)
Principles and applications of SBRT in radiation oncology

Module #20
Internal Radiation Therapy (Brachytherapy)
Principles and applications of internal radiation therapy in radiation oncology

Module #21
Radiation Therapy for Specific Cancers
Radiation therapy approaches for common cancer types, such as breast, lung, and prostate cancer

Module #22
Advances in Radiation Therapy
New technologies and techniques in radiation therapy, including flash therapy and proton arc therapy

Module #23
Computational Methods in Radiation Therapy
Role of computational methods and algorithms in radiation therapy, including Monte Carlo simulations

Module #24
Research and Development in Radiation Therapy
Current research areas and future directions in radiation therapy physics

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Radiation Therapy Physics career

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Radiation Therapy Physics ( 25 Modules )

Radiation Therapy Physics
( 25 Modules )