Simulates the flaring activity of a single magnetar using the Monte Carlo technique.
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Updated
Jul 27, 2021 - Python
Simulates the flaring activity of a single magnetar using the Monte Carlo technique.
Impact of different temperature profiles and disc-to-star mass ratios on the disk's surface density profile when it reaches equilibrium
University of Nottingham 3rd Year Astrophysics Project - Searching for Galaxy Clusters in the Dark Energy Survey
Solve many-body problem via numerical minimization of orbits action
Tool to convert merger trees from Rockstar/ConsistentTrees to Galacticus format
Code for Bovy & Dvorkin (2013): Low-mass Suppression of the Satellite Luminosity Function Due to the Supersonic Baryon-Cold-dark-matter Relative Velocity
A fast astrophysical N-body simulator, written in Python and Cython.
Scalar field large-scale structure formation
Analyse the orbital evolution of Extreme Mass Ratio Inspirals, according to Einstein's general theory of relativity.
Analysis tools for the Galacticus galaxy formation model written in Python
A modified version of NBODY6 which uses the P3T algorithm.
Modeling N-Body problem in galactic evolution application.
Python package to simulate cosmic inflation
Installation scripts for the Galacticus galaxy formation model
Exo3D is a JavaScript extension for exosystem web displaying, aiming to be included in The Extrasolar Planets Encyclopaedia (http://exoplanet.eu/). I was the main contributor of that project for a 6-month internship in the Observatoire of Paris, and worked with my internship tutor, Pierre-Yves Martin. Currently in pause for an undetermined time.
Code used to analyse FLAMINGO data to investigate splashback radius of galaxy clusters in gas and observable profiles
LEAPS 2017 Project repo: Simulating the formation of the Oort Cloud
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