STUDY OF ASTROPHYSICAL NUCLEAR REACTIONS AND THEIR ROLE IN STELLAR EVOLUTION

Abstract

Astrophysical nuclear reactions play a fundamental role in the processes governing the evolution of stars and the formation of elements in the universe. This study explores the intricate mechanisms and the crucial role that nuclear reactions within stars have in shaping their lifecycles. By analyzing the complex interplay between nuclear fusion, radiation, and the physical conditions within stellar cores, this research sheds light on the underlying physics of stellar evolution. This investigation employs a combination of observational data, theoretical models, and experimental results to delve into the diverse nuclear reactions taking place in the heart of stars. It examines the nucleosynthesis processes that lead to the synthesis of elements from hydrogen to heavier elements, thereby providing a deeper understanding of the chemical composition of the cosmos.