Explosive nucleosynthesis is a research area in nuclear astrophysics that investigates the production of chemical elements and isotopes in environments where rapid energy release drives nonequilibrium nuclear reactions, typically associated with stellar explosions such as core-collapse and thermonuclear supernovae, novae, and neutron star mergers. It focuses on reaction networks under extreme temperatures, densities, and dynamic timescales, including rapid neutron capture (r-process), rapid proton capture (rp-process), and explosive silicon and oxygen burning. The field integrates nuclear reaction cross sections, equation-of-state physics, hydrodynamic simulations, and observational abundance patterns to constrain explosion mechanisms and the origin of heavy elements in the universe.
Science never stops. Get notified about trending stories.
