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1. CNNs-for-Mass-Estimation-of-X-Rays-Clusters CNNs-for-Mass-Estimation-of-X-Rays-Clusters Public

   In this code, convolutional neural networks (CNNs) are employed to estimate the masses of galaxy clusters from simulated X-ray images.

   Jupyter Notebook

2. dusty-collapse dusty-collapse Public

   A N-body simulation made using REBOUND which captures the dynamics of dust in a gas disk of protoplanetary disk

   Jupyter Notebook 2

3. Time_Dependent-NQS Time_Dependent-NQS Public

   This repository contains a TensorFlow implementation of an autoregressive neural network that learns the real-time quench dynamics of the 1D Transverse-Field Ising Model (TFIM). The model predicts …

   Jupyter Notebook

4. 1-D-Zero-Temperature-Random-Field-Ising-Model-for-Magnetization-of-Ferromagnetic-Material 1-D-Zero-Temperature-Random-Field-Ising-Model-for-Magnetization-of-Ferromagnetic-Material Public

   The code models a zero temperature random field Ising model in one dimension to study the magnetization of ferromagnetic substances. This code is a part of the BSc thesis that is under the guidance…

   Jupyter Notebook

5. A-Python-Pipeline-to-Analyse-21-cm-Neutral-Hydrogen-Data A-Python-Pipeline-to-Analyse-21-cm-Neutral-Hydrogen-Data Public

   The code takes callibaration data and source data as a CSV file and performs all the necessary analysis to give the most redshifted velocity.

   Jupyter Notebook

6. Gravitational-Lensing-By-a-Point-Mass Gravitational-Lensing-By-a-Point-Mass Public

   This repository simulates gravitational lensing by a point mass, calculating image positions, magnifications, and time delays while visualizing key results based on Narayan & Bartelmann (1996).

   Jupyter Notebook