Exoplanets
What are exoplanets, why and how to research them?
Astrea
Header-only C++17 and Python library for quantum transitions kinetics and statistical equilibrium calculations in cosmic plasma.
Features overview
Thermodynamics
Quantum transition kinetics
Available quantum transitions.
Radiation absorption
Radiation absorption calculations.
Elements
Available chemical elements.
Spectra
Available spectra.
Related projects
- Exo3D - 3D magnetohydrodynamics code for exoplanets atmospheres modeling.
- CVIEWER - visualization and analysis GUI application for Exo3D results.
- Deo - astrochemical kinetics code.
- exo3d-tools - Python library for Exo3D results analysis and visualization.
Acknowledgements
Institute of Laser Physics SB RAS
Theoretical Physics and Mathematics Advancement Foundation “BASIS”
Russian Science Foundation
Special thanks
- D.Sc. Ildar Shaikhislamov for scientific supervision
- D.Sc. Lyudmila Mashonkina for chemical elements models and discussion
- Ph.D. Ilya Miroshnichenko for discussion about numerical calculations
- Maksim Golubovskii for help with testing