Stellar Populations in Barred Galaxies
C. Robert, S. Cantin, M. Moll\'a, A. Pellerin, \'E. Bri\`ere
TL;DR
This paper introduces an iterative method combining evolutionary synthesis and observational data to analyze stellar populations and nuclear activity in barred galaxies, exemplified by NGC5430, highlighting the bar's influence on galaxy evolution.
Contribution
The paper presents a novel iterative technique for characterizing stellar populations and nuclear activity in barred galaxies using synthesis models and integral field data.
Findings
Bar and nuclear structures significantly influence galaxy evolution.
The method provides improved characterization of stellar populations.
Results support the role of bars in galaxy development.
Abstract
We developed an iterative technique to better characterize stellar populations and the central activity of barred galaxies using evolutionary synthesis codes and OASIS data. The case of NGC5430 is presented here. Our results are reinforcing the role played by the bar and nuclear structures for the evolution of galaxies.
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