Foundations of Nuclear and Particle Physics

How is matter held together and what are its most fundamental components? This course provides a comprehensive introduction to the physics governing the subatomic world. Upon completion, you will possess a strong conceptual and mathematical understanding of nuclear structure, stability, and reactions, along with a firm grasp of the fundamental forces and particles that make up the universe according to modern quantum theory. What you'll learn: * Understand the structure, binding energy, and stability of atomic nuclei. * Analyze the mechanisms of different radioactive decay processes and nuclear reactions. * Apply conservation laws (energy, momentum, lepton number, baryon number) to particle interactions. * Master the Standard Model, including quarks, leptons, and the fundamental force carriers. * Practice solving fundamental numerical problems related to decay rates and reaction kinematics. * Configure basic principles of modern particle detection and accelerator physics. The course begins with the properties of the nucleus and various decay modes, progressing through nuclear reactions and fission/fusion. It concludes with an in-depth study of the Standard Model, classification of particles, and fundamental symmetries. This course is designed for absolute beginners in advanced physics, students, and anyone curious about the deepest layers of matter. No prior knowledge of quantum mechanics or advanced mathematics is required, only basic algebra and physics concepts. Start your exploration of the subatomic universe today.