The aim of this course is to provide students with an understanding of the structure of the atomic nucleus, its fundamental properties, and the interactions between its constituent particles. The course covers nuclear models, radioactive decay processes, theoretical foundations of decay modes, and the basic principles of nuclear reactions, with the goal of developing students’ ability to analyze and solve problems in nuclear physics.

This course covers the fundamental concepts of nuclear physics, the structural properties of atomic nuclei, and the characteristics of nuclear forces. The course also includes basic concepts of quantum mechanics, nuclear models, radioactivity and radioactive decay processes, theories of alpha, beta, and gamma decay, nuclear reactions, fission and fusion processes, and the fundamental principles of nuclear radiation detection and measurement. Numerical problem-solving applications related to these topics are also included.