COSMIC (Compact Object Synthesis and Monte Carlo Investigation Code)

POSYDON is a next-generation single and binary-star population synthesis code incorporating full stellar structure and evolution modeling with the use of MESA.

PyFOSC is a pipeline toolbox for spectroscopic data reduction written in Python. It can be used for FOSC data from Xinglong/Lijiang 2-meter telescopes.

extract spectrum by using pyraf

Code utilities for running and analyzing results from BASE-9

Stellar Population Synthesis Modeling

Calculating proper motion of star based off of observations done with the iTelescope network.

Secular equations of motion for the evolution of triple systems with tidal friction

Python program simulating the merger of star clusters to determine the merge time. Current implementation uses Plummer model with a maximum of 2 clusters.

Cross-matching tool for astronomical (spatial) catalogs

A typical binary star system which is studied in the stellar astrophysics

Gaia science performance simulation toolkit

testing an interactive viewer for a CMD where the user can draw a line to define the blue edge (like an isochrone)

Robust astrometric registration and cross-match of astronomical catalogs

A python program to correct differential reddening

中山大学 LaTeX 论文项目模板

The Python White Dwarf Photometric SED fitter.

Dust maps in the Milky Way

Tools for working with the @ESAGaia data and related data sets

Code to help you model the shape and rotation of a 6D (space and velocity) ensemble of stars in a cluster from observed on-sky quantities (sky position, proper motion, radial velocity, and distance).

Tools for stellar tracks & isochrones.

An automated pipeline for the 2.16m BFOSC data reduction.

A python wrapper of dolphot inspired by dweisz

NVIDIA container runtime library

Build and run Docker containers leveraging NVIDIA GPUs

NVIDIA container runtime

A Star Cluster Finder for Gaia Catalog based on Friend of Friend and isochrone fitting