Solid State Nuclear Physics

Solid State Nuclear Physics studies how atomic nuclei behave within solid materials, focusing on interactions like nuclear reactions, decay processes, and how nuclei influence properties such as conductivity and magnetic behavior. It combines principles from nuclear physics and solid-state physics to understand phenomena like radiation effects in materials, nuclear energy applications, and how atomic nuclei interact with their surrounding environment in solid substances. This field helps develop advanced materials, improve radiation-based technologies, and explore fundamental nuclear processes at the microscopic level within solids.