Study of BCG subtracted images of nearby clusters
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Updated
Jul 19, 2017 - PostScript
Study of BCG subtracted images of nearby clusters
Modelling tool for the rotational kinetic Sunyae-Zel'dovich effect on galaxy clusters and groups.
Repository for suppelementary material from my publications on the entropy core problem
A Predictive View of Bayesian Clustering
Photometric analysis of galaxy cluster MACSJ0416.1-2403, a project to measure the actual extent of galaxy clusters by means of the properties of their galaxies
a galaxy cluster catalogue obtained in directions of SZcat by applying deep learning method to ACT+Planck maps
Code to analyse data outputs from zoom galaxy cluster simulations investigating the effect of different mass and spatial resolutions.
A Python library to analyse zoom-in hydrodynamic simulations of groups and clusters of galaxies.
Repository for suppelementary material from my publication on the rotational kinetic SZ effect in MACSIS
Tools to analyze Planck CMB maps with a focus on thermal and kinetic SZ effect. Includes implementation of Internal Linear Combination (ILC) and Wiener filter using NIFTy. Supplementary repo to master thesis
Analysis of the galaxy clusters in the cosmological simulation - Illustris simulation
Documentation from my PhD thesis in hydrodynamic cosmological simulations.
MG-MAMPOSSt is a Fortran code to perform simulations and statistical analysis of kinematical data of galaxy clusters. It extends the MAMPOSSt algorithm of G. Mamon et al, to include gravity effects beyond Einstein's theory. Online publications here: https://arxiv.org/abs/2201.07194, https://arxiv.org/abs/2011.15089
University based project on simulating and analysing galaxy clustering.
version control for everything related to my PhD thesis
University of Nottingham Astrophysics MSci Research Project - Quasars Probing Galaxy Clusters
A specialized repository for fitting the Vikhlinin model to galaxy cluster density profiles.
Website do grupo de pesquisa: IAG Machine Learning - Sistemas inteligentes para descoberta em astronomia. Instituto de Astronomia, Geofísica e Ciências Atmosféricas da Universidade de São Paulo - IAG/USP. Para acessar o código fonte do website, acesse: https://github.com/iagml/website. Este repositório possui apenas código gerado.
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