Molybdenum132

Molybdenum-132 is a synthetic radioactive isotope of molybdenum. It has an atomic number of 42 and an atomic mass of approximately 132. Molybdenum-132 is produced artificially through nuclear reactions and is not found naturally in significant quantities. Its primary decay mode is electron capture, transforming into an isotope of niobium. The half-life of molybdenum-132 is relatively short, meaning it decays at a predictable rate over time. This characteristic is important in its study and potential applications. Research involving molybdenum-132 is typically conducted in specialized laboratories equipped to handle radioactive materials. Its short half-life and specific decay properties make it a subject of interest in nuclear physics research, particularly in understanding nuclear structure and decay mechanisms. While not widely used in industrial or medical applications due to its radioactivity and short lifespan, it plays a role in fundamental scientific investigations. The precise measurement of its decay products and energies contributes to the broader understanding of nuclear science.