Core Excitation in Halo Nuclei Using Halo-EFT

Explore core excitation phenomena in halo nuclei through the application of Halo Effective Field Theory (Halo-EFT) in this 44-minute conference talk delivered by Live-Palm Kubushishi from Ohio University. Delve into the theoretical framework used to understand the behavior of loosely bound nuclear systems where one or more nucleons orbit at large distances from a compact core. Learn how Halo-EFT provides a systematic approach to studying the excitation of the nuclear core in these exotic systems, which are characterized by their extended matter distributions and unique quantum properties. Gain insights into the mathematical formalism and computational methods employed to analyze core-halo interactions and their implications for nuclear structure. Discover how this theoretical approach contributes to our understanding of neutron-rich nuclei found at the limits of nuclear stability, with potential applications to astrophysical processes and multineutron cluster formation. This presentation was part of the Workshop on Multineutron Clusters in Nuclei and in Stars, providing a specialized perspective on advanced nuclear physics research methods.