Using machine learning to predict the mass of quasar supermassive black holes
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Updated
Dec 13, 2020 - Jupyter Notebook
Using machine learning to predict the mass of quasar supermassive black holes
A tutorial on classification and photometric redshift regression of astronomical sources using supervised machine learning techniques.
A repository containing our code for our paper, "Photometric identification of compact galaxies, stars and quasars using multiple neural networks".
Evolutionary spectrum inversion and analysis
A DESI DR1 Search for Directional Gradients in Galaxy Population and High-Redshift Quasar Observables
An independent hypothesis proposing that black hole's acts as the cosmic storage units for matter, energy and information.
Analysis of the SINFONI integral-field data for powerful radio-quasar 3C 297
Separating Stars from Quasars: Machine Learning Investigation Using Photometric Data
Analysis of far-infrared and X-ray properties of quasars using astronomical catalogues and statistical tests.
Estimating the Quasar Formation Rate Using Sloan Digital Sky Survey Data
Demonstration of comprehensive machine learning analysis in iPython of the quasar candidates catalog by Richards et al., ApJS 219 (2015).
Finding the upper bounds on neutral fraction in the IGM using Dark Gap Statistics
Github repository for machine learning application on quasar selection and the discrimination between stars and galaxies.
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