g-koutsou

2008.03165

CDS-1

CoS-2

cy-tera

dirac

EuroPLEx2020

EuroPLEx School 2020: High Performance Computing and Aspects of Computing in Lattice Gauge Theories

p-SEIQR

Scripts and programs that use particle collisions simulations to study the SIR model (and its extensions).

phi4flow

qcd

Twisted mass qcd contractions library and main programs

qpb

QCD Package for Brillouin Improved Fermions

g-koutsou/EuroPLEx2020

EuroPLEx School 2020: High Performance Computing and Aspects of Computing in Lattice Gauge Theories

g-koutsou/qcd

Twisted mass qcd contractions library and main programs

g-koutsou/qpb

QCD Package for Brillouin Improved Fermions

g-koutsou/p-SEIQR

Scripts and programs that use particle collisions simulations to study the SIR model (and its extensions).

g-koutsou/phi4flow

g-koutsou/2008.03165

g-koutsou/CDS-1

g-koutsou/CoS-2

g-koutsou/cy-tera

g-koutsou/dirac

g-koutsou/edu-nb

g-koutsou/Engage-School

Slides used during days 1 – 4 of the Engage Workshop on HPC and Data Science

g-koutsou/hadstruct-analysis

g-koutsou/hadstruct-progs

Hadron structure main programs, run scripts and related work flows

g-koutsou/hadstruct-utils

Utility programs for handling data outputs of hadron structure codes

g-koutsou/LAP2015

Lattice Practices 2015 Exercises and Solutions repository

g-koutsou/numpal

Nucleon Matrix Elements Python Analysis Library

g-koutsou/quantum-harmonic-oscillator

Monte Carlo simulation and analysis of Quantum Harmonic Oscillator

g-koutsou/tmLQCD

tmLQCD is a freely available software suite providing a set of tools to be used in lattice QCD simulations. This is mainly a HMC implementation (including PHMC and RHMC) for Wilson, Wilson Clover and Wilson twisted mass fermions and inverter for different versions of the Dirac operator. The code is fully parallelised and ships with optimisations for various modern architectures, such as commodity PC clusters and the Blue Gene family.

g-koutsou/u1-hmc

Parallel HMC U(1)