Combining nuclear physics and nanoscience alongside nuclear movement on the nanostage

Abstract

The convergence of nuclear physics and nanoscience opens a new frontier for exploring nuclear behavior at the atomic and subatomic level. By manipulating materials at the nanoscale, this approach allows for the engineering of environments that influence nuclear stability, decay characteristics, and enable the study of exotic phenomena. This abstract highlight the potential of this integration for fundamental research, including light-induced nuclear reactions and ultrasensitive detection of rare processes. Additionally, the development of advanced nuclear materials and targeted radiopharmaceuticals for energy and medical applications is discussed.