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Nuclear and astrophysics aspects for the rapid neutron capture process in the era of multimessenger observations
The rapid-neutron capture process (r-process) is responsible for producing around half of all nuclides heavier than iron. One site for the r-process was recently confirmed: the advanced LIGO and Virgo detectors observed two neutron stars merging and immediate follow-up observations were compatible with a kilonova, a thermal “afterglow” powered by radioactive decay of newly synthesized r-process material. Moreover, the observations indicated that neutron-star mergers produce a blue lanthanide-free signal followed by a red lanthanide-rich component, contrary to expectations. Although neutron-star mergers are now known to be r-process element factories, this might not be the only r-process site, and a comprehensive understanding and description of the r-process is still lacking.
This workshop will bring together theorists and experimentalists to address the many aspects of nuclear physics and astrophysics that must be considered and properly understood in order to model the r-process.
|Alfredo Estrade||Central Michigan University|
|Stephane Goriely||Université Libre de Bruxelles|
|Anu Kankainen||University of Jyvaskyla|
|Ann-Cecilie Larsen||University of Oslo|
|Olivier Sorlin||GANIL - CEA/DSMCNRS/ IN2P3|