How Gold Is Born in Space: New CERN Findings Shed Light on Cosmic Element Formation.

Fresh Insights Into Nuclear Processes

According to Novyny.live: Scientists have gained new insights into the nuclear reactions responsible for creating gold, platinum, and other heavy elements during extreme cosmic events. Research conducted at the ISOLDE facility at CERN focused on the r-process—a rapid neutron capture mechanism that occurs during explosive astronomical phenomena like supernovae or neutron star mergers.

As part of these experiments, researchers measured the energy of neutrons released through beta-delayed emission. This process is essential for understanding how heavy elements are synthesized across the universe. The team also identified an excited state in tin-133, marking a significant step forward in studying nuclear reactions under such extreme conditions.

Exploring Celestial Bodies

Meanwhile, investigations of other space objects continue. NASA's Perseverance rover discovered corundum grains on Mars, while Curiosity found pure sulfur. These findings add new layers to our understanding of Martian geochemistry, though they are not directly linked to the nuclear processes that form heavy elements.

Altogether, these new scientific results open fresh avenues for studying cosmic phenomena and nuclear processes that are key to understanding how elements evolve in our galaxy. This work not only deepens knowledge about the formation of heavy elements but also highlights the importance of collaboration between astronomy and nuclear physics in unraveling the mysteries behind the composition of matter in the universe.