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nucleonic models
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Cold Matter EoS
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Non-relativistic density functional models
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hybrid (quark-hadron) model
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models with hyperons
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Models with kaon condensate
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Non-relativistic density functional models
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nucleonic models
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Non-relativistic density functional models
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Microscopic calculations
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quark models
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Non-relativistic density functional models
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Neutron Matter EoS
Models with hyperons and Delta-resonances
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Non-relativistic density functional models
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Microscopic calculations
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Relativistic density functional models
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hybrid (quark-hadron) model
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Non-relativistic density functional models
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Microscopic calculations
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Relativistic density functional models
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models with hyperons
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Non-relativistic density functional models
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Microscopic calculations
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Relativistic density functional models
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Models with kaon condensate
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Non-relativistic density functional models
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Relativistic density functional models
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nucleonic models
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Non-relativistic density functional models
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Microscopic calculations
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quark models
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General Purpose EoS
Models with hyperons and Delta-resonances
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Non-relativistic density functional models
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hybrid (quark-hadron) model
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Non-relativistic density functional models
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Relativistic density functional models
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models with hyperons
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Non-relativistic density functional models
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Models with kaon condensate
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Non-relativistic density functional models
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Microscopic calculations
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Relativistic density functional models
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nucleonic models
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Non-relativistic density functional models
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Non unified models (crust model matched)
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Non unified models (crust model matched)
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quark models
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Non-relativistic density functional models
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Non unified models (crust model matched)
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Microscopic calculations
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Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Neutron star crust EoS
Models with hyperons and Delta-resonances
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
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Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
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Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
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All
hybrid (quark-hadron) model
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
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All
Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
Unified models
SNA models
All
All
models with hyperons
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
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Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
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Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Models with kaon condensate
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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nucleonic models
Holographic models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Non-relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
NSE models
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Microscopic calculations
Thomas-Fermi calculation
Non unified models (crust model matched)
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Relativistic density functional models
Thomas-Fermi calculation
Non unified models (crust model matched)
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quark models
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Non-relativistic density functional models
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Non unified models (crust model matched)
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Microscopic calculations
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Non unified models (crust model matched)
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Relativistic density functional models
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Useful links to related projects

LORENE - a set of C++ classes to solve various problems arising in numerical relativity, and more generally in computational astrophysics. It provides tools to solve partial differential equations by means of multi-domain spectral methods. The class "eos_compose" allows to run LORENE directly with the eos.thermo and eos.nb files for cold and beta-equilibrated matter. For some general purpose tables, these are provided in the form *.ns

EOSDB - a database providing EoS in data and figures

The Ioffe Institute neutron star EoS site - providing data tables and routines

Stellarcollapse.org - site dedicated to tools for research in stellar collapse, core-collapse supernovae, neutron stars, and gamma-ray bursts.

nEoS- a family of tabulated EoS constrained by ChPT and pQCD.

RelEoS- a collection of tabulated EoS for CCSN and BNS mergers by K. Sumiyoshi