The isoscalar monopole strength of 13C
S. Shin, B. Zhou, M. Kimura
TL;DR
This paper investigates the isoscalar monopole strength of 13C to identify potential Hoyle-analog states with excess neutrons using real-time evolution calculations.
Contribution
It introduces a theoretical approach to identify Hoyle-analog states in 13C by analyzing monopole strength with the real-time evolution method.
Findings
Several candidate Hoyle-analog states identified in highly excited regions.
Theoretical framework successfully reveals states with potential alpha condensate characteristics.
Provides insights into cluster structures in 13C.
Abstract
To identify the 3alpha BEC state with the excess neutron, we have investigated the monopole strength of the excited states of 13C by using the theoretical framework of the real-time evolution method. The calculations have revealed several candidates of the Hoyle-analog states in a highly excited region.
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