Pinned Repositories
asteroseismology-unibo
astro425-final-project
The final project for Astro425 Cosmology class. It is a gravitational lens simulator.
Boltzmann-Equation-for-a-Simple-Freeze-Out-Model
A simple program integrating Boltzmann Equation for a freeze-out model where we consider only self-annihilation for dark matter. We integrate only in the non-relativistic period. For integration, we use both odeint and a self-made function using Euler's Method for explicit numerical integration.
Cls
This is a python cod to calcule el PS del cmb using a map with mask with healpy
CMBAnalysis_SummerSchool
CosmoMC_SDSS2020
COST-Avanced-school-on-the-physics-of-dark-matter
The nature of Dark Matter phenomenon remains one of the biggest unsolved problem of contemporary fundamental physics. Since early astrophysical observations of gravitational effects of Dark Matter, many theoretical approaches that would elaborate on its possible origins, properties, cosmological evolution and astrophysical implications have been de
HealPy_Mollview
Mollview of cmb with string maps
Notebooks_cosmology
qml-mooc
Forked from https://gitlab.com/qosf/qml-mooc
KumarDhruv's Repositories
KumarDhruv/asteroseismology-unibo
KumarDhruv/Boltzmann-Equation-for-a-Simple-Freeze-Out-Model
A simple program integrating Boltzmann Equation for a freeze-out model where we consider only self-annihilation for dark matter. We integrate only in the non-relativistic period. For integration, we use both odeint and a self-made function using Euler's Method for explicit numerical integration.
KumarDhruv/Cls
This is a python cod to calcule el PS del cmb using a map with mask with healpy
KumarDhruv/pytearcat
Important
KumarDhruv/WIMP
Boltzmann equation implementation of freeze-out singlet scalar dark matter
KumarDhruv/500-AI-Machine-learning-Deep-learning-Computer-vision-NLP-Projects-with-code
500 AI Machine learning Deep learning Computer vision NLP Projects with code
KumarDhruv/astroML-notebooks
astroML notebooks. They are rendered at http://www.astroml.org/astroML-notebooks
KumarDhruv/awesome-github-profile-readme-templates
This repository contains best profile readme's for your reference.
KumarDhruv/cosmology-class
some notebooks for cosmology tutorial classes
KumarDhruv/cosmology_CLASS_power_spectrum
Power spectrum analysis on the LCMD cosmology, using CLASS
KumarDhruv/course22
The fast.ai course notebooks
KumarDhruv/databook_python
IPython notebooks with demo code intended as a companion to the book "Data-Driven Science and Engineering: Machine Learning, Dynamical Systems, and Control" by Steven L. Brunton and J. Nathan Kutz
KumarDhruv/deep_learning_curriculum
Language model alignment-focused deep learning curriculum
KumarDhruv/deeplearning-models
A collection of various deep learning architectures, models, and tips
KumarDhruv/dekhta-haaa
KumarDhruv/Dhruv-Kumar
KumarDhruv/DhruvKumarPHY
Let me Introduce Myself
KumarDhruv/disaster-resource-allocation
KumarDhruv/ERASMUS2022
Webpage and materials for the 2022 ERASMUS+ school: Eclipsing binaries and asteroseismology
KumarDhruv/Fourier_Transform_image_Processing
This repository tells you about uses of Fourier Transform in the Image -processing.
KumarDhruv/Friedmann-Equations
Solving Friedmann Equations for a Universe made of: matter-only, radiation-only, dark energy-only, and finally our Universe, with all 3 components. Also programming how these component's density change with Universe expansion.
KumarDhruv/hydrogym
Fluid_mechenics Python
KumarDhruv/MLNuclearBindingEnergy
Analyzed the properties and relations of isotopes and their nuclear binding energy using machine learning techniques
KumarDhruv/NumCosmo
NumCosmo main code
KumarDhruv/pbdl-book
Welcome to the Physics-based Deep Learning Book (v0.2)
KumarDhruv/PyAutoLens
PyAutoLens: Open Source Strong Gravitational Lensing
KumarDhruv/pyomo-tutorials
KumarDhruv/pysindy
A package for the sparse identification of nonlinear dynamical systems from data
KumarDhruv/Scalar_Fields
Scalar fields in the universe
KumarDhruv/yolov7
Implementation of paper - YOLOv7: Trainable bag-of-freebies sets new state-of-the-art for real-time object detectors