Research topics outline
» Dark matter and dark matter-like effects: concerns the standard expectations for dark matter and changes on its nature or abundance due to nontrivial gravitational effects.
» Extensions of General Relativity: Renormalization group extended general relativity, scalar-tensor gravity, screening mechanisms...
» Galaxy modelling: Mass profiles, rotation curves, dispersion velocity curves, the core/cusp issue and other small scale issues, model testing and comparison, dark matter halo profiles, non-Newtonian models that mimic partially or completely dark matter, the Radial Acceleration Relation....
» Mathematical physics: General issues concerning gravitational phenomena, dualities and Hamiltonian description.
Current students topics
» Felipe Santos (PhD student)
Cosmology, modified gravity and programming
» Mariniel Galvão (PhD student)
Hamiltonian formalism of GR and of GR extensions.
» Nicolas Bertini (PhD student)
GR, Scalar-Tensor gravity and PPN formalism.
» Felipe Duarte dos Santos (undergrad student)
General Relativity and programming
» Felipe Pinto (undergraduate student)
Previous PhD students
» Sebastião Mauro (UFJF, 2017)
Was PhD student. Co-advisor. Ilya Shapiro was the main advisor
PPN formalism and RGGR.
Professor at IFSuldeMinas (MG, Brazil)
» Paulo L. de Oliveira (UFES, PPGFis, 2018)
Was PhD student.
Galaxy mass modelling from diverse approaches and programming.
Professor at UFAM (AM, Brazil)
» Álefe Freire de Almeida (UFES, PPGFis, 2019)
Was PhD student.
Co-advised by Luca Amendola (Heidelberg University)
General Relativity, tests of GR, galaxy modelling within GR and GR extensions, and programming.
Currently works for IBM on data analysis (ES, Brazil).
All the codes below were written for Wolfram Mathematica. If you would like to use any of them please let me know (@cosmo-ufes.org).
» Fast GR symbols Evaluation (FGeV). A fast and simple program to evaluate tensors, for a given metric, that are commonly used in General Relativity. It also evaluates perturbations. I used it in many papers, the first one was .
» Galaxy Mass modelling from Rotation curve (GMRot). I used it in many papers on disk galaxies, see in particular , the first paper was .
» Galaxy Mass modelling from Velocity Dispersion (GMVD). Similar to GMRot, but for elliptical galaxies. Used in .
» Galaxy Sample Data Analysis (GSDA). Uses the output of GMRot to do diverse data analysis. Used in [2, 5].
» MAGMA - Mathematica Automatised Galaxy Mass Analysis. A complete and fully automatised code to fit a model using a large sample of galaxies. It also generates plots for each galaxy and a table with the final results from the sample. Available at https://github.com/davi-rodrigues/MAGMA . Used in .
CV's and automatic lists for my papers
Grants earned (main researcher/coordinator)
CNPq (Brazil) Personal grant (Produtividade em pesquisa n. 2) (2020-2023)
FAPES (ES, Brazil) Grant for research material and travel "PRONEM" (2019-2022)
FAPES (ES, Brazil) Grant for research material "Universal" (2018-2020)
CNPq (Brazil) Personal grant (Produtividade em pesquisa n. 2) (2017-2020)
CNPq (Brazil) Visiting Researcher (CNPq-APV) (2016)
UFES (ES, Brazil) International cooperation with ITP-Heidelberg (2016-2018)
FAPES (ES, Brazil) Personal grant (Pesquisador Capixaba) (2016-2017)
FAPES (ES, Brazil) Personal grant (Pesquisador Capixaba) (2013-2016)
CNPq (Brazil) Grant for research material and travel (2013-2016)
FAPES (ES,Brazil) Grant for research material (2011-2014)
FAPESP (SP, Brazil) Postdoc fellowship (2009-2010)
Fondecyt (Chile) Postdoc fellowship (2007-2008)
FAPERJ (RJ, Brazil) Special PhD fellowship for outstanding students (Bolsa Nota 10) (2005-2006)
Last update: 04/2020.