Improving Test Coverage for the TARDIS Plasma Module
Contributor: Rishmita Rao
The plasma module is used to determine the ionization and excitation states of the supernova ejecta using the basic structure of the supernova...
Science and medicine
TARDIS RT Collaboration
Exploring supernovae made easy
Technologies
jupyternumbanumpypandasPython
Topics
astrophysicsbig datasimulationvisualization
- Total projects
- 17
- Years participating
- 5
- Most recent
- 2026
Participation history
Historical projects
Migrating Custom Abundance Widget to Panel.
Contributor: Shreyans Saraf
Currently, TARDIS relies on IPyWidgets for its visualization modules. While effective within Jupyter environments, these widgets have limited...
Line Identification Plotting Functionality
Contributor: Haille Perkins
This project will result in functionality for both TARDIS and STARDIS to identify and display a user provided list of atomic and molecular lines to...
Regression Data Dashboard and HDF Writing Capabilities of TARDIS Modules
Contributor: Riddhi Gangbhoj
TARDIS implements a regression testing framework which is used to compare the current output of TARDIS to a saved data repository to validate code....
TARDIS Benchmarking and Performance Improvement
Contributor: Asish Kumar
The first half of the project which is writing benchmarks and improving the webpage for storing it. In order to achieve this goal I will be using...
Enhancing Packet Trackers
Contributor: Sumit_Gupta
TARDIS provides ways to simulate and analyze supernovae. Currently, as a visualization tool, we have the "Spectral element DEComposition (SDEC)...
Velocity Packet Tracker Visualization
Contributor: Sarthak Srivastava
Understanding photon-ion interactions within ejecta is crucial for interpreting astronomical spectra. While the TARDIS SDEC plot visualizes which...
Inner Boundary Velocity Solver
Contributor: Ansh_49
TARDIS operates on a “photospheric” inner boundary approximation. A hard inner boundary in velocity is set from which radiative packets are emitted...
Grotrian Diagram Visualisation
Contributor: Ayushi Daksh
TARDIS generates synthetic observations of stellar explosions that can be compared to real observations. With such comparisons, we can learn more...
STARDIS Parallelization and GPU
Contributor: light2802
Most of the functions in STARDIS generate and loop over huge numpy arrays, that are over a million elements. Initializing the array requires...
Having Versioned Atomic Data Repositories
Contributor: Shikha Rathi
Carsus generates an HDF file by combining data from various sources. This HDF file can be used by Tardis to generate Atomic Spectra. However, when a...
Import and Store NNDC Deposition Data
Contributor: Shreyas Singh
TARDIS has a new module that transports gamma rays created by nuclear decay. The NNDC stores nuclear decay data in a format that is difficult to read...
STARDIS Parallelization and GPU with Numba, C/C++ Extensions, and CUDA
Contributor: smokestacklightnin
The main goal for this project is to improve the speed of STARDIS, a Python library that generates synthetic spectra for stars. An easy way to...
Resuming TARDIS Simulations from HDF
Contributor: Satwik Kambham
Currently, TARDIS simulations run quickly and thus pausing and resuming a simulation is not necessary. However, future additions to the code may...
Monte Carlo 2D Packet Visualization
Contributor: Jayant bhakar
TARDIS uses a monte carlo method to propagate photon packets through a model of an exploded star. As these virtual packets move through the ejecta...
Improving the Carsus Testing Framework
Contributor: Atharva Arya
This project aims to improve the current Carsus testing framework and add a version key to Carsus output format. Along with this, the project would...
Tardis Setups Framework
Contributor: Rohith Varma Buddaraju
Tardis is an open-source project designed for rapid spectral modelling of supernovae. Astrophysicists widely use it to model supernovas. When new...