Name: Fatima Kahil
Type: User
Company: Max-Planck-Institut für Sonnensystemforschung
Bio:
Postdoctoral researcher /
PhD, Solar Physics /
Data scientist
Twitter: DrKahilFatima
Location: Göttingen, Germany
Blog: fakahil.github.io
Fatima Kahil's Projects
Useful functions for image and data analysis and visualization
Enhance
Config files for my GitHub profile.
On-Ground Pipeline to reduce raw data from the ESA Solar Orbiter PHI-HRT Telescope. This spacecraft is orbiting the Sun to study it and its influence on the Solar System.
Example projects with a detailed explanation of the codes
Python projects for image processing and analysis of telescope calibration data to characterize the optical performance of telescopes.
My Masters thesis about analyzing the Sodium Exosphere of planet Mercury using data from McDonald Observatory and from MESSENGER spacecraft. And some projects I have done during my Masters in Astronomy and Astrophysics.
This repo contains codes which can be used to test needed operations on the output data of the magnetohydrodynamic simulations done by the code MURAM.
This rep contains the module for using pairs of focused-defocused images acquired by an optical instrument (telescope or microscope) with a known amount of defocus to retrieve the wavefront error in the Exit pupil of the system and the original aberration-free scene under observation.
PhD thesis: "Brightness Contrast of Solar Magnetic Elements Observed by Sunrise", 2019
a python optics module
This python package allows the user to retrieve the wavefront aberrations in an optical system using the powerful tool of Phase Diversity, and use the PSF (MTF) to restore aberrated data.
This repo contains all the codes I have written to analyse the sunrise data in their saved format in the MPS server
A web application I have written using streamlit to characterize the image properties given a telescope+camera setup. Also for visualization of the telescope wavefront aberrations.
This repo contains the codes used to characterize wavefront aberrations in the PHI telescope