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Ahmed Moawad's Projects

chemcoord icon chemcoord

A python module for manipulating cartesian and internal coordinates.

chempy icon chempy

⚗ A package useful for chemistry written in Python

cheshire icon cheshire

Solve the Schrodinger equation for a variety of 1D and 2D potentials.

chpc-nithep-summer-school-2021 icon chpc-nithep-summer-school-2021

Jupyter notebooks for a tutorial/computational part of mini-series on "Foundations of Theoretical and Computational Open Quantum Systems"

cij icon cij

Semiemperical quasiharmonic thermal elasticity

cip icon cip

Computational Intelligence Packages (CIP) for Mathematica

cirq icon cirq

A python framework for creating, editing, and invoking Noisy Intermediate Scale Quantum (NISQ) circuits.

cmistark icon cmistark

Stark effect calculations for molecules in dc electric fields

cmpo icon cmpo

continuous-time matrix product operator for finite temperature quantum states

codde icon codde

COrrelated Driving-Dissipation Equation

codex-1.0.0 icon codex-1.0.0

A Mathematica package to calculate the Wilson Coefficients of SMEFT operators (up to dimension - 6) to connect some Beyond Standard Model (BSM) theory with weak scale precision observables, using Covariant Derivative Expansion. Works for single and multiple degenerate heavy field propagators, at tree and one-loop level.

coherent_states icon coherent_states

# Variational approach: Coherent states. This code allows to make time dependent variational calculation in the class of coherent states.

cole-cole-fit icon cole-cole-fit

Routines to fit complex resistivity spectra using the Cole-Cole model

collectivespins.jl icon collectivespins.jl

Simulate quantum systems consisting of many spins interacting via dipole-dipole interaction

compare-cnlse icon compare-cnlse

This repository holds the source codes used for comparing the Generalised nonlinear Schrödinger equation (GNLSE) and the Banded nonlinear Schrödinger equation (BNLSE) in terms of frequency bands.

compphysicsquantumwell icon compphysicsquantumwell

Solving for 1-d GaAs quantum well using finite differences to solve Schrodinger's and Poisson's equation in MATLAB

compton icon compton

Exploring the quantum nature of light with compton scattering

computationalphysics2 icon computationalphysics2

Advanced course in Computational Physics, see texbook at http://compphysics.github.io/ComputationalPhysics2/doc/LectureNotes/_build/html/ with an emphasis on computational quantum mechanics, machine learning and quantum computing.

computationalquantummechanicsgo icon computationalquantummechanicsgo

Exercises from "Computational Quantum Mechanics" by Joshua Izaac & Jingbo Wang. My programming language of choice is Golang. NOTE: The book uses Python and Fortran throughout.

cond-mat-gt icon cond-mat-gt

Package developing for condensed matter related topics.

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