Scientists are making breakthroughs in understanding how elements form through nuclear reactions in stars, supernovae, and the early universe. New research into neutron-capture processes and gamma ray bursts is revealing the mechanisms behind element creation, while observations from Hubble and Webb telescopes are enriching our knowledge of nucleosynthesis from the Big Bang to present day.
·Neutron-capture reactions are being studied to understand how strontium and other heavy elements are synthesized
·Lab research on gamma ray bursts is uncovering new insights into nucleosynthesis processes in extreme cosmic events
·The i-process nucleosynthesis is being unlocked by connecting stellar physics with nuclear physics research
·Hubble and Webb observations are advancing understanding of element creation from primordial nucleosynthesis through modern stellar processes
·Pristine gas from the Big Bang is providing direct evidence of early universe nucleosynthesis
drawn from Department of Energy (.gov), Nature, Los Alamos National Laboratory (.gov), American Association for the Advancement of Science (AAAS) · updated 6d ago