This repository contains submission for the intra-college astronomy hackathon
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Updated
Dec 17, 2022 - Jupyter Notebook
This repository contains submission for the intra-college astronomy hackathon
Code for planetary systems numerical analysis
Installation bundles for EXOTIC (https://github.com/rzellem/EXOTIC)
Repository for a final Degree Project in Physics. The project is based on simulation, detection, and characterization of exoplanet transits with Kepler space mission.
Public repository of our works in Exoplanet analysis with Deep Learning
Using machine learning method to search exoplanets in Kepler mission.
Looking for exoplanets? Look no further! This MATLAB code is your ticket to finding those elusive transits. With just a few lines of code, you'll be detecting exoplanets.
Extreme Value Theory for comparing periodograms: Optimizing future transiting exoplanet surveys
A Machine Learning Approach to Exoplanet Detection
Fit noisy exoplanet photometry using Gaussian Processes
Analyzed the lightcurve of the star TIC-239332587 and discovered dips in brightness that indicate a planet, which to my knowledge is not listed in any Exoplanet archive.
Senior Honours Telescope Group Project: Deriving Planetary Properties of Exoplanet WASP-2b
Handy, function wrapper for JWST PandExo simulator
TTV analysis of Gl 357b (TOI 562.01)
Prediction of a star light curve behaviour with a neural network
Ground-based transmission spectroscopy of WASP-80b
Using multilayer perceptrons and LSTMs for detecting exoplanets in Kepler's data, applying techniques like SMOTE, Fourier transformation or Gaussian filters. Final project for my computer degree.
Python 3 wrapper for Exo-Transmit
MuSCAT2 transit analysis pipeline
A set of Astronomical utility functions. PANOPTES style. 🛠️ 🔭 🌠
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