perturbation-theory
There are 1 repository under perturbation-theory topic.
- Language:HTML 30
pfloos / QuAcK
QuAcK: a software for emerging quantum electronic structure methods
computational-chemistrycoupled-clusterdensity-functional-theoryelectronic-structureelectronic-structure-calculationsgreens-functionshartree-fockmany-body-perturbation-theoryn-body-problemperturbation-theoryquantum-chemistryquantum-chemistry-methodsquantum-chemistry-packagesquantum-chemistry-programsquantum-mechanicsLanguage:Fortran 24hrkalona / Fractal-Zoomer
One of the most complete fractal generating softwares using java!
Language:Java 21- Language:Fortran 15
smallpondtom / pNLsys
Python Nonlinear System Analysis Tool
Language:Jupyter Notebook 10quantum-tinkerer / pymablock
Package for quasi-degenerate perturbation theory (mirror)
Language:Python 8princemahajan / SwARM
Software for Absolute and Relative Motion Orbit Theories with Zonal and Tesseral Gravitational Harmonics
Language:MATLAB 7michael-petersen / exptool
Tools for analysis of N-body models with Basis Function Expansions and perturbation theory themes.
Language:Jupyter Notebook 6beddalumia / MOTTlab
MOTT transition within MATLAB. Blazing fast IPT code treating Bethe-Hubbard model at half-filling.
Language:MATLAB 5pulkin / local-pyscf
Implementation of local algorithms within pyscf
Language:Python 4- digraphSP-generalized-boundaries
bastian-seifert / digraphSP-generalized-boundaries
This repository contains an Matlab implementation of the algorithms presented in Digraph Signal Processing with Generalized Boundary Conditions by Bastian Seifert and Markus Püschel.
Language:MATLAB 3 vabhi6 / SLA
Finite Element code to compute separation force on parts printed using constrained-surface stereolithography
Language:MATLAB 3diegoscantam / perturbations
Perturbative expansions in quantum mechanics: numerical application to the truncated Mølmer-Sørensen Hamiltonian
Language:Jupyter Notebook 2gcollombet / mandelbrot_rust_wgpu
Realtime Mandelbrot set explorer written in rust and using wgpu
Language:Rust 2jranaraki / PerturbationFeatureSelection
MATLAB implementation of A Feature Selection Based on Perturbation Theory
Language:MATLAB 2cosmicinflation / fieldinf
FieldInf: an exact solver for linear cosmological perturbations during inflation
Language:Fortran 1joerivan / Diammperturb
diagrammatic perturbation theory for infinite square well with Dirac delta potential
Language:Mathematica 1usnistgov / understanding-btcs
Software and Data Associated with "Understanding Fast Adsorption in Single-Solute Breakthrough Curves"
Language:C 1alexpiti / Graphene_Nonlinearity
Set of MATLAB formulas for computing the nonlinearity of graphene, with emphasis on the optical band (e.g., NIR) and the self-acting (Kerr-like) effect.
Language:MATLAB 0juliankappler / PyTubular
Python module for the evaluation of probability densities and exit rates in a tubular ensemble
Language:Python 0LESC-Unicamp / TPT-coefficients-for-ellipsoidal-molecules
Canonical Monte Carlo algorithm for ellipsoid-of-revolution molecules
Language:Fortran 0Canonical Monte Carlo algorithm for spherocylindrical molecules
Language:Fortran 0o-morikawa / Resummation
Some resummation techniques based on perturbation theory
Language:Mathematica 0sahooroshni / Identical-Particle-Interaction-using-Perturbation-Theory
Numerically solving Schrödinger’s equation for a system of two interacting identical fermions in an infinite potential well using the method of finite differences.
Language:Python 0thhsu296 / Differential-Equations-Graphing
Graphing singularly perturbed differential equations based on Geometric Singular Perturbation Theory.
Language:MATLAB 0univalle-cosmology / cosmo-solver
Code solving cosmological perturbation equations as well as background evolution
Language:Fortran 0anantbadal / PHY502A
This is the second Review Project course for Masters.
