Nuclear and particle physics explores the smallest building blocks of matter and the fundamental forces that govern the universe. From the particles that make up atoms to the powerful interactions occurring inside stars and particle accelerators, this field of physics reveals how matter is constructed and how energy can be released through nuclear processes. It also provides the foundation for many modern technologies, including medical imaging, cancer treatments, nuclear energy, and cutting-edge scientific research.
In this course, students investigate the structure of atomic nuclei, the fundamental particles described by the Standard Model, and the forces responsible for particle interactions. They examine nuclear stability, mass-energy equivalence, binding energy, and the processes of nuclear fission and fusion. Students also explore particle accelerators, antimatter, conservation laws, and the ongoing search for new particles and unanswered questions about the universe. Throughout the course, emphasis is placed on scientific inquiry, mathematical reasoning, and connecting theoretical concepts to real-world technologies and modern discoveries.
- Teacher: Mr. Young