Panadestein

emacsd

My literate Emacs configuration

nixos-config

A minimalist NixOS config

cuda_demo

Fortran and CUDA interfacing with ISO_C_BINDING

qmc_lecture

A lecture imparted to master students of the TU Dresden

solved-sicp

Solutions to the SICP problems

18S096

18.S096 three-week course at MIT

18S191

Course 18.S191 at MIT, Fall 2022 - Introduction to computational thinking with Julia

beamer_zima

My Beamer template

coordtran

Transforms Cartesian coordinates to internal coordinates in 9D molecular systems

funcs_sop

Contains SOP-FBR function and gradients

gpu-programming-enccs

Meta-GPU lesson covering general aspects of GPU programming as well as specific frameworks

greenX

NOMAD CoE GreenX library

GW100

GW100 data repository and post processing tools

haskell-mooc

Haskell MOOC University of Helsinki

HPCTrainingExamples

julia-for-hpc

Lesson material for "Julia for high-performance scientific computing" workshops

JuliaHLRS22

Julia for High Performance Computing Course @ HLRS

metropolis_ising

Simple solution of the Ising model for a 2D lattice

mini_app_riv

A miniapp implementing the RIV algorithm in HIP

mycv

Academic CV and industry resume

NixOS-QChem

Nix derivations for HPC/Quantum chemistry software packages

numbat

A statically typed programming language for scientific computations with first class support for physical dimensions and units

NumerAnal-Gradbook

Miscellaneous codes for numerical computation

Panadestein

This is me

panadestein.github.io

My personal website

poster_psik

Poster presentation for the Psi-k 22 conference

quant_clq

A quantum interpreter in Common Lisp

solhr

C++ solutions to interesting HR problems

sop_fort

Fortran implementation of the SOP-FBR method

SublimeLinterFortran

A minimal Fortran linter for Sublime Text