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Nuclear physics courses




Nuclear physics is a specialized field of science that focuses on the study of atomic nuclei and their interactions. Courses in nuclear physics explore the fundamental principles of nuclear structure, radioactive decay, and the behavior of subatomic particles. Students gain a deep understanding of nuclear forces, fission, fusion, and the various nuclear reactions that form the basis for technologies used in medicine, energy production, and research. Nuclear physics courses are essential for those pursuing careers in fields like nuclear energy, medical imaging, and radiation therapy. Students learn how nuclear phenomena are harnessed in practical applications, such as nuclear reactors, particle accelerators, and diagnostic tools like PET scans and CT scanners. With the growing demand for clean energy solutions and advancements in medical treatments, nuclear physics is a crucial discipline in addressing global challenges. These courses prepare students to work with nuclear technologies safely, ensuring they understand both the potentials and risks associated with nuclear applications.



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Atomic Structure and Notation
Energy Calculation in Medical Nuclear Medicine
Photon Interactions on the Microscopic Scale
Nuclear Fission: Mass Defect and Energy Calculation
The Origins of Different Nuclei
Proton Disintegration and Transformation
Physics of Radiation and Energy Transfer
Nuclear Reactions Explained
What is a Proton?
What is a Neutron?
Physics Course: Energy, Mass, and Photon Relations
What is an Electron?
Beta Plus (β⁺) Decay - Detailed Version
Subatomic Particles: The Fabric of the Universe
Pair Production
Physics of Accelerating Charged Particles
Radioactivity
Cyclotron: Principle of Operation
Atoms and Quantum Mechanics
Decay of Radioactive Parent Nucleus
Gamma Decay and Internal Conversion - Detailed Version
Linear Energy Transfer (LET) in Radiation
Production of Radionuclides (Nuclear Activation)
Radioactive Elements in Nuclear Medicine
Atomic Representations
Basic Definitions for Atomic Structure
Nuclear Fusion and Fission
Radioactive Elements in Nuclear Medicine
Binding Energy, Q-value, Reaction Threshold, and Nuclear Reaction Formalism
Types of Neutrons in Nuclear Physics
Rutherford Model of the Atom
Reactor Production of Radionuclides
Production of Radionuclides (Nuclear Activation)
Bohr Model of the Hydrogen Atom
Radioactive Series Decay Example
Nuclear Fission: Mass Defect and Energy Calculation
Introduction to Nuclear Medicine
Radionuclide Generators
Energy of Particles
Physics of Gamma Radiation
Course: Dematerialization of Particles
Nuclear Reactions and Cross-Section
Atomic Structure and Related Concepts
Equilibrium in Parent-Daughter Activities
Bremsstrahlung Radiation
Low Energy Production (PET)
Inside Protons and Neutrons: A Deeper Look into Subatomic Particles
Gamma Rays
Commercial Production (Low and High Energy)
The Structure of the Nucleus
Administered Activity and Radiopharmaceuticals
Classification of Workplaces and Monitoring in Nuclear Medicine
Two-Particle Collisions and Nuclear Reactions
Facility Design in Nuclear Medicine
Pharmaceuticals and Biotechnology: Foundations and Innovations
Alpha Decay - Detailed Explanation
Photon Attenuation Coefficients
Electron Capture Decay - Detailed Version
Beta Minus (β⁻) Decay
Metastable Atoms and Radioactive Molecules
Physics of Accelerating Neutrons and Protons
Mass-Energy Equivalence: \(E = mc^2\)
Understanding the Bragg Peak in Particle Therapy
Photon Attenuation Coefficients
Neutron Disintegration and Transformation
Nuclide Chart and Line of Nuclear Stability
Annihilation Quanta
Atomic Structure
Accelerating Ions: Electric and Magnetic Fields
Accelerator Production of Radionuclides
The Basic Linear-Quadratic Model
Photon Interactions on the Microscopic Scale
Nuclear Binding Energy
Basic Definitions for Nuclear Structure
Nuclear Radius