fbartolic

caustics

Differentiable microlensing powered by JAX

petnica_summer_school_2019

Supporting materials for my lectures on exoplanets at the 2019 Summer School on Astrophysics in Petnica, Serbia.

volcano

Mapping the surface of Jupiter's moon Io from one-dimensional time-series data.

caustic

Fitting single lens microlensing events with PyMC3

Caustics.jl

master_thesis

A collection of code and Jupyter notebooks used to generate results in my master's thesis in circumbinary planet dynamics.

pyro_flows

.dotfiles

Personal dotfile repository

AlbrowPredictive

Implementation of Albrow 2004 - "Early Estimation of Microlensing Event Magnifications"

volcano_nmf

code-and-cake.github.io

Source for

cuda-debug

CV

My CV

enzyme_cmake

extending-jax

Extending JAX with custom C++ and CUDA code

fbartolic.github.io

Github Pages template for academic personal websites, forked from mmistakes/minimal-mistakes

fitting_model_to_data

gaia_dr2

jwst_eclipse_mapping

Mapping exoplanets from secondary eclipses with JWST and Starry

kairosailabs

lens_predict

Predict magnification of ongoing microlensing events with a hierarchical model.

nmf_numpyro

numpyro_vs_pymc3_hmc

rtlive-global

Globalized version of the Rt-live model.

SingleLensFitter

Fit microlensing lightcurves

starry

Tools for mapping stars and planets.

starry_process

starry (gaussian) processes

test_showyourwork

thesis

My PhD thesis.

VBBinaryLensing

Fork of VBBinaryLensing code for calculating microlensing light curves.