Blazar light curve simulation package in python3
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Updated
Aug 20, 2024 - Jupyter Notebook
Blazar light curve simulation package in python3
Fast and Efficient Processing of PAM Data
Pick a TIC number and obtain a reduced light curve for all TESS sectors available along with diagnostic plots about the reduction.
This repository purpose is to provide a software that can do basic exoplanets' atmospheric characterization and light curve plot
Detect exoplanets from simulated light curve data using transit photometry algorithms
pam: An R Package for Fast and Efficient Processing of Pulse‐Amplitude Modulation Data
A Python code for fitting the flux variability of light-curves to extract flux rising and falling times.
AI-powered exoplanet detection web application using Kepler light curves, Box Least Squares transit detection, and machine learning.
Modeling and analysis of the eclipsing binary star system KIC 2306740 using PHOEBE software
Automated TESS light curve analysis and transit detection pipeline using Box Least Squares (BLS)
Forced photometry pipeline (bramhaand.com): enter RA/DEC, fetch ZTF survey images, and build an object's light curve with PSF photometry. Plotly Dash + Astropy.
Bolide Light-curve Analysis and Discrimination Explorer
Shell script to generate fake spectra in heasoft Xspec
One-command reproducible pipeline that fits the tidal disruption event PS1-10jh with MOSFiT and recovers the black-hole mass (log M_BH ≈ 6.9, consistent with Mockler+2019). Beginner-friendly README explains the astronomy: light curves, MCMC posteriors, and corner plots.
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