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Hi there 👋

  • ⚡ I'm a graduate student in Physics trying to advance methods for gravitational wave population analysis
  • 🔭 I also work on creating precision tests of theories beyond Einstein's theory of General Relativity, by looking at specific frequencies in the gravitational waves produced by black hole mergers.
  • 💻 I'm a big fan of the Julia programming language, and end up doing most of my numerical work there.

Asad Hussain's Projects

cphy icon cphy

Class materials for computational physics course

cricketstatsapi icon cricketstatsapi

An API for querying Batsman Statistics in T20 Cricket. Backend using Flask, Frontend using Bootstrap + JQuery. A small test website is up on potatoasad.pythonanywhere.com

distributions.jl icon distributions.jl

A Julia package for probability distributions and associated functions.

docker-elasticsearch-kibana icon docker-elasticsearch-kibana

In this project, the NYC Open Parking and Camera Violation Dashboard, I wrote a python script that runs in docker to consume data from the Socrata Open Data API and then pushes that information into an Elasticsearch cluster provisioned via AWS. After loading all the data into an Elasticsearch instance, I visualized and analyzed the data with Kibana.

generative-template icon generative-template

This is a python code with the pygame module, that simply generates riffs and outputs them as MIDI files to a virtual MIDI cable like Loop Be1 MIDI port. It's an empty template to construct generative music algorithms and try them out.

gravpop_pipe icon gravpop_pipe

A helper pacakge to perform data processing and population inferrence on gravitational wave data

jot.jl icon jot.jl

Streamlines the creation and management of AWS Lambda functions written in Julia

kerrqnmshifts icon kerrqnmshifts

All the helper functions to compute the contour inner product in the Eigenvalue Perturbation Method (EVP) for Kerr Black Holes. Given a deformation of the Kerr Tuekolsky Operator and the derivative of it w.r.t frequency, one can compute the QNM shifts of that theory to first order

kerrquasinormalmodes.jl icon kerrquasinormalmodes.jl

A Package to Compute mode functions for Kerr Black Hole Quasinormal modes, as well as their frequencies, seperation constants and more. Additionally provides an interface for cheap differentiation of such modes.

kerrquasinormalmodes2.jl icon kerrquasinormalmodes2.jl

A Package to Compute wave functions for Kerr Black Hole Quasinormal modes, as well as their frequencies, seperation constants and more. Additionally provides an interface for cheap differentiation of such modes.

leaverschwqnms.jl icon leaverschwqnms.jl

A personal copy of the KerrQuasinormalModes package, but containing modes and mode calculators from Leaver's Schwarszchild Conventions

mcmc-path-integrals icon mcmc-path-integrals

A piece of code that uses the Metropolis Hastings algorithm to compute a 1D Path Integral. Change the action functional to anything you like.

md-notes-project icon md-notes-project

Personal shell script for creating a Typora project which has a script that can convert to tex and pdfs on the fly.

nonlinear-qnm-exploration icon nonlinear-qnm-exploration

Just exploring some stuff about non linearity in QNMs. Looking at the recent papers: arxiv2208.07379 , arxiv:2208.07374 and arxiv:2208.07380

older-website icon older-website

:triangular_ruler: Jekyll theme for building a personal site, blog, project documentation, or portfolio.

operatorperturbations.jl icon operatorperturbations.jl

A library to do order by order expansions of analytic operators in julia. This particular package allows one to create Tensor Operators with any custom display, and then expand them into multilinear operators.

project-template icon project-template

A template that gives a self contained environment with a notebook and a scripts package. Add useful functions and classes in the package, use them in the notebooks and have the environment you need all ready to go with one command.

qnm-filter-pytorch icon qnm-filter-pytorch

An attempt to write a GPU accelerated / autodiff version of the ringdown filtering method in pytorch

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