Meet-Vyas-Dev
I mainly work in Time-Domain Observational Astronomy and on the interface of Theoretical and Computational Astrophysics and Cosmology
International Center for Space and Cosmology, Ahmedabad University Ahmedabad, Gujarat
Meet-Vyas-Dev's Stars
MickaelRigault/ztfquery
Access ZTF data from Python
lsst/rubin_sim
Scheduler, survey strategy analysis, and other simulation tools for Rubin Observatory.
Professor-G/MicroLIA
Gravitational microlensing classification engine using machine learning
astrolabsoftware/fink-science
Define your science modules to add values to Fink alerts!
alercebroker/usecases
Collection of notebooks and scripts with science use cases
anibal-art/roman_rubin
Roman and Rubin simulations and analisys
CaloChallenge/homepage
lsst/meas_base
LSST Data Management: core astronomical measurement algorithms
nowokaren/DP0_microlensing
DP0 microlensing simulations
LSST-TVSSC/LSST_TVS_RoadMap
colecting material from the YTVS RoadMap meeting March 2016
spacetelescope/roman-technical-information
Roman Technical Information
jupyterlab/jupyterlab-desktop
JupyterLab desktop application, based on Electron.
lincc-frameworks/tdastro
iaifi/astro-ml-hackathon-2024
Theodlz/ztfsummerschool_alert_data
rmjarvis/Piff
PSFs In the Full FOV. A software package for modeling the point-spread function (PSF) across the full field of view (FOV). Documentation:
LSST-TVSSC/LSST-TVSSC.github.io
our science collaboration dedicated website https://lsst-tvssc.github.io/
mpwiesner/RUN
A repository for the Rubin Undergraduate Network
TOMToolkit/tom_fink
astrolabsoftware/fink-tutorials
Tutorials and notebooks using Fink API
sidchaini/DistClassiPy
A python package for a distance-based classifier which can use several different distance metrics.
eigenchris/MathNotes
Pankaj-S-Joshi/Pankaj-S-Joshi.github.io
Personal Website
jbergknoff/guitar-tuner
Browser-based guitar tuner
zplata/tuner-app
Using web audio APIs and Rive to build a tuner web app
Brunner-neutrino-lab/Lab_Environmental_Monitor
This project records environmental variables from various sensors such as a particulate counter or pressure differential sensor. Using various python submodules specific to each sensor, properties such as temperature, pressure differential, humidity, and dust levels are monitored. A 3d-printed case has been designed to package all these components together. Designed for Raspberry Pi 4.
LCOGT/neoexchange
NEO observing portal
rossning92/Blackhole
A blackhole simulation using OpenGL / C++.