What is a common result of isomeric transitions?

Isomeric transitions occur when a nucleus in an excited state drops to a lower energy state, typically resulting in the emission of gamma rays. This process allows the nucleus to release excess energy without changing its proton or neutron composition. Gamma rays are highly penetrating electromagnetic radiation and are produced during transitions between nuclear energy levels, with isomeric transitions specifically referring to transitions between different energy levels of the same isotope.

Understanding this process is crucial in the context of radiation safety because it highlights how certain radioactive materials can emit gamma radiation, which poses specific health risks due to its penetrating ability. This is why protective measures and monitoring are vital when working with substances that undergo isomeric transitions.