Panadestein

Software Engineer

AlgorithmiqDresden

Pinned Repositories

greenX
Library for Green’s function based electronic structure theory calculations
Language:Fortran23 1 2411
blog
First atop infinity
Language:BQN2 1 10
cuda_demo
Fortran and CUDA interfacing with ISO_C_BINDING
Language:Fortran2 1 00
emacsd
My literate Emacs configuration
Language:Emacs Lisp14 1 01
gw_talk
A TUD seminar talk about GW methods
Language:HTML4 1 00
nixos-config
A minimalist NixOS config
Language:Nix15 1 02
pymndo
A simple semiempirical MNDO method implementation
Language:Python3 1 01
qmc_lecture
A lecture imparted to master students of the TU Dresden
Language:HTML2 1 00
irpjast
Mini-application for Jastrow factor
Language:Fortran3 8 12

Panadestein's Repositories

Panadestein/nixos-config
A minimalist NixOS config
Language:Nix15 1 02
Panadestein/emacsd
My literate Emacs configuration
Language:Emacs Lisp14 1 01
Panadestein/blog
First atop infinity
Language:BQN2 1 10
Panadestein/cuda_demo
Fortran and CUDA interfacing with ISO_C_BINDING
Language:Fortran2 1 00
Panadestein/qmc_lecture
A lecture imparted to master students of the TU Dresden
Language:HTML2 1 00
Panadestein/qbqn
A quantum interpreter in BQN
Language:HTML1 2 00
Panadestein/solved-sicp
Solutions to the SICP problems
Language:Racket0 1 00
Panadestein/18S096
18.S096 three-week course at MIT
Language:Jupyter Notebook0 0
Panadestein/18S191
Course 18.S191 at MIT, Fall 2022 - Introduction to computational thinking with Julia
Language:Julia0 0
Panadestein/beamer_zima
My Beamer template
Language:TeX1 0
Panadestein/bqn-mode
Emacs mode for BQN programming language
Language:Emacs Lisp0 0
Panadestein/coordtran
Transforms Cartesian coordinates to internal coordinates in 9D molecular systems
Language:Python1 0
Panadestein/gpu-programming-enccs
Meta-GPU lesson covering general aspects of GPU programming as well as specific frameworks
Language:Fortran0 0
Panadestein/greenX
NOMAD CoE GreenX library
Language:Fortran0 0
Panadestein/GW100
GW100 data repository and post processing tools
Language:HTML0 0
Panadestein/HPCTrainingExamples
Language:C++0 0
Panadestein/julia-for-hpc
Lesson material for "Julia for high-performance scientific computing" workshops
Language:Jupyter Notebook0 0
Panadestein/mini_app_riv
A miniapp implementing the RIV algorithm in HIP
Language:Fortran1 0
Panadestein/mycv
Academic CV and industry resume
Language:TeX1 0
Panadestein/NixOS-QChem
Nix derivations for HPC/Quantum chemistry software packages
Language:Nix0 0
Panadestein/numbat
A statically typed programming language for scientific computations with first class support for physical dimensions and units
Language:Rust0 0
Panadestein/NumerAnal-Gradbook
Miscellaneous codes for numerical computation
Language:Jupyter Notebook0 0
Panadestein/Panadestein
This is me
1 0
Panadestein/panadestein.github.io
My personal website
Language:HTML1 0
Panadestein/qtile.org
Source code to qtile.org
Language:HTML0 0
Panadestein/quant_clq
A quantum interpreter in Common Lisp
Language:Jupyter Notebook1 0
Panadestein/solhr
Solutions to CP problems I find interesting
Language:C++1 0
Panadestein/sop_fort
Fortran implementation of the SOP-FBR method
Language:Fortran1 0
Panadestein/spodat
Analysis of Spotify data in BQN
Language:Emacs Lisp1 0
Panadestein/SublimeLinterFortran
A minimal Fortran linter for Sublime Text
Language:Python1 01