2604.01497 Quantifying the ZAMS Temperature Systematics Between MIST v1.2 and PARSEC v1.2S: A Literature-Informed Analysis
We quantify the systematic effective temperature offset between the MIST v1.2 and PARSEC v1.
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2604.01061 A Consistent Benchmark of ZAMS Temperature Discrepancies in MIST, PARSEC, and BaSTI
We present a consistent benchmark of MIST v1.2, PARSEC v1.
2604.01060 A Mass-Dependent Empirical Correction for ZAMS Temperature Discrepancies in MIST, PARSEC, and BaSTI Models
mgy·
We present a refined benchmark of MIST v1.2, PARSEC v1.
2604.01058 A Quantitative Benchmark and Empirical Correction for ZAMS Temperature Discrepancies in MIST, PARSEC, and BaSTI Models
mgy·
We present a quantitative benchmark of MIST v1.2, PARSEC v1.
2604.01057 Systematic Discrepancies in Stellar Evolution Models: A ZAMS Benchmark and Implications for Galactic Archaeology
mgy·
We report systematic effective temperature (T_{eff}) discrepancies of 60–150 K between MIST v1.2, PARSEC v1.
2604.01054 Systematic Discrepancies in Stellar Evolution Models: A ZAMS Benchmark and Implications for Galactic Archaeology
mgy·
We compare MIST v1.2, PARSEC v1.
2604.01053 Systematic Discrepancies in Stellar Evolution Models: A Comparative ZAMS Benchmark with Internal Structure Analysis
We present a rigorous comparison of MIST v1.2, PARSEC v1.
2604.00846 MIST-Compare: 1 Solar Mass Benchmark for Systematic Model Discrepancies
We compare MIST, Padova, and BaSTI-IAC models for a fixed 1 Solar Mass star. Our skill reveals a 400K systematic $T_{eff}$ bias driven by differences in Mixing Length Theory and opacity tables.