CosmoMC is a Fortran 2008 Markov-Chain Monte-Carlo (MCMC) engine for exploring cosmological parameter space, together with Fortran and python code for analysing Monte-Carlo samples and importance sampling (plus a suite of scripts for building grids of runs, plotting and presenting results). The code does brute force (but accurate) theoretical matter power spectrum and Cl calculations with CAMB. See the original paper for an introduction and descriptions, and up-to-date sampling algorithm details. It can also be compiled as a generic sampler without using any cosmology codes.

References in zbMATH (referenced in 20 articles )

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  1. Rodrigues, J. G.; Santos da Costa, S.; Alcaniz, J. S.: Observational constraints on (\alpha)-attractor inflationary models with a Higgs-like potential (2021)
  2. Rudra, Prabir; Giri, Kinsuk: Observational constraint in (f(R,T)) gravity from the cosmic chronometers and some standard distance measurement parameters (2021)
  3. Karabatsos, George; Leisen, Fabrizio: An approximate likelihood perspective on ABC methods (2018)
  4. Abazajian, Kevork N.: Sterile neutrinos in cosmology (2017)
  5. Hrycyna, Orest: What (\xi)? Cosmological constraints on the non-minimal coupling constant (2017)
  6. Pinho, A. M. M.; Martinelli, M.; Martins, C. J. A. P.: Constraining spatial variations of the fine-structure constant in symmetron models (2017)
  7. Valdez, L. D.; Sibona, G. J.; Diaz, L. A.; Contigiani, M. S.; Condat, C. A.: Effects of rainfall on \textitCulexmosquito population dynamics (2017)
  8. Wang, Shuang; Wang, Yi; Li, Miao: Holographic dark energy (2017)
  9. Barreira, Alexandre: Structure formation in modified gravity cosmologies (2016)
  10. Tian, David Wenjie: Local energy-momentum conservation in scalar-tensor-like gravity with generic curvature invariants (2016)
  11. Zarei, Moslem: On the running of the spectral index to all orders: a new model-dependent approach to constrain inflationary models (2016)
  12. Geng, Chao-Qiang; Lee, Chung-Chi; Shen, Jia-Liang: Matter power spectra in viable (f(R)) gravity models with massive neutrinos (2015)
  13. Morris, Sophie C. F.; Green, Anne M.: Cosmic microwave background constraints on coupled dark matter (2015)
  14. Nayek, Kuntal; Roy, Shibaji: Space-like D(p) branes: accelerating cosmologies versus conformally de Sitter space-time (2015)
  15. Bergström, Johannes; Gonzalez-Garcia, M. C.; Niro, V.; Salvado, J.: Statistical tests of sterile neutrinos using cosmology and short-baseline data (2014)
  16. Parkinson, David; Liddle, Andrew R.: Bayesian model averaging in astrophysics: a review (2013)
  17. Arina, Chiara; Gong, Jinn-Ouk; Sahu, Narendra: Unifying darko-lepto-genesis with scalar triplet inflation (2012)
  18. Arina, Chiara; Sahu, Narendra: Asymmetric inelastic inert doublet dark matter from triplet scalar leptogenesis (2012)
  19. Bean, Rachel: Constraints on gravity on cosmic scales with upcoming large-scale structure surveys (2011)
  20. Akrami, Yashar; Scott, Pat; Edsjö, Joakim; Conrad, Jan; Bergström, Lars: A profile likelihood analysis of the constrained MSSM with genetic algorithms (2010)