CompactObject RMF EOS Database: Relativistic Mean Field Models for Neutron Star Equation of State

CompactObject RMF Database Title: CompactObject RMF EOS Database: Relativistic Mean Field Models for Neutron Star Equation of State Description This repository contains the comprehensive database of relativistic mean field (RMF) models for neutron star equations of state (EOS) developed as part of the CompactObject framework. The database includes posterior samples constrained by nuclear matter properties, astrophysical observations (NICER, GW170817), and theoretical constraints from χEFT and pQCD calculations. The only differece between the different versions is how pQCD constraints have been applied. In this version the pQCD constraints have only been applied at the last density point of the EoS, i.e. 1.2 fm⁻³ . The dataset represents approximately 145,000 samples across multiple RMF models (RMF-NL, DDH, DDHy, DDB, DDBy, GDFMX), providing a robust foundation for studying neutron star properties and dense matter physics. Repository Contents This Zenodo repository contains: 1. CompactObject_RMF_EOS_Database_v2.h5 (1.4 GB): The main HDF5 database file containing all posterior samples and their properties. 2. CompactObject_RMF_sample.py: A Python script for extracting and filtering data from the database. 3. README.md: This overview documentation.