Nuclear Chemistry
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Nuclear reactions, radioactivity, fission, fusion, radioisotopes, and their applications in energy and medicine.
Nuclear Structure and Stability
Binding energy, nuclear forces, mass defect, and the valley of stability
Types of Radioactive Decay
Alpha, beta, gamma decay, positron emission, and electron capture
Half-Life and Decay Kinetics
Half-life calculations, decay constants, and radioactive dating methods
Nuclear Fission
The fission process, chain reactions, critical mass, and nuclear reactors
Nuclear Fusion
Stellar nucleosynthesis, fusion reactors, and plasma confinement
Nuclear Energy and Reactor Types
PWR, BWR, CANDU reactors, fuel cycles, and safety systems
Radioisotopes in Medicine
Medical imaging, PET scans, radiation therapy, and technetium-99m
Radiation Measurement and Safety
Dosimetry, Geiger counters, radiation units, and protection principles
Nuclear Weapons and Nonproliferation
Weapons physics, enrichment, NPT, IAEA, and the global arms landscape
Transmutation and Particle Physics
Particle accelerators, synthetic elements, and the transactinides