Explore protons, neutrons, and electrons, and how they form atomic nuclei.
Understand the strong and weak nuclear forces that hold nuclei together and cause certain particles to decay
Learn about alpha, beta, and gamma radiation, and how half-life issued to measure radioactive decay.
Study fission, fusion, and their applications in power generation and astrophysics
Distinguish between leptons, quarks, bosons, and hadrons, and how they interact.
Gain an overview of fundamental particles and the forces they obey.
Discover how scientists study subatomic particles using advanced experimental tools.
Explore how nuclear physics is applied in medicine, energy, and research.
Understand radiation safety measures and the ethical
implications of nuclear technology.
Explore atomic structure, nuclear forces, radioactivity, and nuclear reactions like fission and fusion.
Understand particle classification, the Standard Model, and how accelerators and detectors reveal subatomic interactions.
Apply nuclear physics to medicine, energy, and research while considering safety measures and ethical implications.
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