This track focuses on the fundamental nuclear processes that occur within stars, including fusion and fission reactions. Participants will discuss the implications of these reactions for stellar evolution and nucleosynthesis.

This session will explore advanced computational techniques used to model stellar interiors and evolution. Emphasis will be placed on the accuracy of simulations in predicting stellar behavior and nucleosynthesis outcomes.

This track will cover the latest observational techniques and findings related to supernovae, including their role in cosmic nucleosynthesis. Discussions will include the implications of supernova observations for our understanding of stellar evolution.

Participants will delve into the unique properties of neutron stars and their formation processes. The track will also address their role in the broader context of stellar evolution and nucleosynthesis.

This session will focus on the contributions of gamma-ray astronomy to our understanding of nucleosynthesis in the universe. Key topics will include the detection of gamma-ray emissions from various astrophysical sources.

This track will investigate the isotopic compositions produced in different stellar environments and their significance for understanding stellar evolution. Participants will discuss methods for measuring isotopic abundances and their implications for nucleosynthesis theories.