Mohammad-Mardini
Ph.D in Galactic Archaeology. Research Interest: Stellar Astrophysics; Old stars; Nucleosynthesis; Chemical elements
IPMUTokyo, Japan
Pinned Repositories
amuse
Astrophysical Multipurpose Software Environment. This is the main repository for AMUSE
JINAbase-updated
A CSV file that contains the most comprehensive data updates for JINAbase. Also, we provide a short python script to query/plot data from this big file.
JVAO
The Virtual Astronomical Observatory (VAO) is an effort towards enhancing accessibility to astronomical data, tools, and services while promoting collaboration, advancing astronomical infrastructure, and inspiring future generations.
Mohammad-Mardini.github.io
Mohammad's personal website
The-ORIENT
A library for integrating trajectories in time-varying gravitational potentials, derived from Milky Way analogues selected from the Illustris-TNG simulation.
UCAS-Ph.D.-Thesis
A LaTeX template aims to fulfill the University of Chinese Academy of Sciences typesetting requirements.
Mohammad-Mardini's Repositories
Mohammad-Mardini/The-ORIENT
A library for integrating trajectories in time-varying gravitational potentials, derived from Milky Way analogues selected from the Illustris-TNG simulation.
Mohammad-Mardini/JVAO
The Virtual Astronomical Observatory (VAO) is an effort towards enhancing accessibility to astronomical data, tools, and services while promoting collaboration, advancing astronomical infrastructure, and inspiring future generations.
Mohammad-Mardini/JINAbase-updated
A CSV file that contains the most comprehensive data updates for JINAbase. Also, we provide a short python script to query/plot data from this big file.
Mohammad-Mardini/Mohammad-Mardini.github.io
Mohammad's personal website
Mohammad-Mardini/UCAS-Ph.D.-Thesis
A LaTeX template aims to fulfill the University of Chinese Academy of Sciences typesetting requirements.