subhodeeps

just curious about a bunch of stuff

Pinned Repositories

1D-Fokker-Planck-equation
Finite element solver based on FEniCS to solve the one-dimensional time-dependent Fokker-Planck equation
Language:Python00
1D_Wave_Equation
Some C++ code to solve the one dimensional wave equation with a Gaussian initial profile and periodic boundary conditions.
Language:C++00
2016-Advanced-Computational-Seismology
Course material for the Seminar on Advanced Methods Winter Term 2016
Language:Jupyter Notebook00
2D-Turbulence-Python
Simple OOP Python Code to run some Pseudo-Spectral 2D Simulations of Turbulence
Language:HTML00
compy_phys_julia
Here I am uploading codes that I am writing while learning Julia, focused on examples drawn from physics
Language:Julia00
isometric-dot-sheet
isometric dot sheet template based on gridpapers
Language:TeX10
jekyll-bookworm
📚 A bookshelf and book review system for your Jekyll site, built for Minima (based on jekyll-book-review)
Language:SCSS1 0 01
simple-penrose-diagrams
a python notebook showing how to draw penrose diagrams
Language:Jupyter Notebook00
subhodeeps.github.io
My academic website hosted on Github Pages using Academic Pages template, forked from mmistakes/minimal-mistakes
Language:HTML1 0 02

subhodeeps's Repositories

subhodeeps/jekyll-bookworm
📚 A bookshelf and book review system for your Jekyll site, built for Minima (based on jekyll-book-review)
Language:SCSS1 0 01
subhodeeps/simple-penrose-diagrams
a python notebook showing how to draw penrose diagrams
Language:Jupyter Notebook00
subhodeeps/AdS5xS5
To evolve perturbations of AdS_5xS^5 that preserve an SO(4) isometry group in AdS5 (so the fields change over 1+1 coordinates t and r) and an SO(5) in S^5 (so the fields change over an additional angular coordinate theta). The theory of gravity used is 10-dimensional bosonic supergravity with only the self-dual 5-form included.
subhodeeps/BHLectures
Lectures "Geometry and physics of black holes"
Language:Jupyter Notebook0 0
subhodeeps/black_string_AdS5D
To study the instability of the uniform AdS (i.e., foliated by Schwarzschild_AdS4D hyper surfaces) black string in 5-dimensional AdS. Perturbations preserve an SO(3) symmetry. 2+1 code with modified Cartoon expression for the evolution equations
subhodeeps/engrenage
A spherically symmetric BSSN code used for teaching NR
Language:Jupyter Notebook0 0
subhodeeps/GREx
Own Examples for GRChombo
subhodeeps/GWDALI
A Fisher-Based Software for Parameter Estimation from Gravitational Waves
Language:Jupyter Notebook0 0
subhodeeps/gwmemory
Code to create gravitational-wave memory waveforms
Language:Python0 0
subhodeeps/gwpopulation
CPU/GPU agnostic gravitational-wave population inference
subhodeeps/Heston-Model
An implementation of the Heston model, a stochastic volatility model for options pricing. We compute prices of European call and put options via Monte Carlo simulation, for a variety of strike prices and maturities. We also show that the Heston model captures volatility smiles/smirks/skews.
subhodeeps/latexipy
Generate beautiful plots for LaTeX using your existing matplotlib-based code.
Language:Python0 0
subhodeeps/metric-reconstruction
A suite of Mathematica notebooks to generate metric perturbations about a Kerr black hole.
Language:Mathematica0 0
subhodeeps/ml4science_tut
ML for Science Tutorials
Language:Jupyter Notebook0 0
subhodeeps/NbodyIMRI
N-body solver in python, tailored to intermediate-mass ratio inspirals of black holes and dark matter spikes
subhodeeps/notebooks_gw
Repository for my Jupyter notebooks
Language:Jupyter Notebook0 0
subhodeeps/NumerovShooting.jl
A Julia implementation of Paolo Giannozzi's course: Numerical Methods in Quantum Mechanics
subhodeeps/p4pdes
C and Python examples from my book on using PETSc and Firedrake to solve PDEs
Language:C0 0
subhodeeps/parametrized_qnm_framework
Repository for the parametrized QNM framework beyond Teukolsky and beyond Schwarzschild
subhodeeps/PINNs
Physics Informed Deep Learning: Data-driven Solutions and Discovery of Nonlinear Partial Differential Equations
Language:Python0 0
subhodeeps/PyAutoLens
PyAutoLens: Open Source Strong Gravitational Lensing
Language:Python0 0
subhodeeps/pycbc
Core package to analyze gravitational-wave data, find signals, and study their parameters. This package was used in the first direct detection of gravitational waves (GW150914), and is used in the ongoing analysis of LIGO/Virgo data.
Language:Python0 0
subhodeeps/ringdown
Bayesian analysis of black hole ringdowns in gravitational-wave data.
subhodeeps/ringdown-calculations
A collection of notebooks for black hole perturbation theory calculations in GR and modified gravity.
Language:Mathematica
subhodeeps/scientific-python-lectures_2
Tutorial material on the scientific Python ecosystem
Language:Python0 0
subhodeeps/SIAMFANLEquations.jl
This is a Julia package of nonlinear solvers. These codes are used in my book, Solving Nonlinear Equations with Iterative Methods: Solvers and Examples in Julia.
subhodeeps/smplotlib
Matplotlib template for SuperMongo style 🔭
subhodeeps/Statistics-Notes
Notes on statistics
Language:TeX0 0
subhodeeps/TeukolskyQNMFunctions.jl
Computes quasinormal modes and eigenfunctions to the Teukolsky equation in HPHC coordinates.
subhodeeps/WarpFactory
WarpFactory is a numerical toolkit for analyzing warp drive spacetimes.
Language:MATLAB0 0