06:44

NRG ljubljana tutorial: compilation (serial, GNU) on Linux (original procedure)

10:41

NRG Ljubljana tutorial: compilation (parallel, Intel compilers and MKL) on Linux (Ubuntu20)

07:55

Wannier90 Tutorial: Compilation on Linux using Intel compilers and MKL

08:43

QuantumVITAS third release and demonstrations (v0.3.0): orbital projected DOS and bands and more

04:53

QuantumVITAS second release and demonstrations (v0.2.0): parallel, PHONON, NEB, Hybrid, VdW and more

35:57

QuantumVITAS Tutorial: usage guide detailed (windows & linux, DOS, bands, MD, TDDFT, magnetism)

02:44

QuantumVITAS development progress 6 (02.Aug.2020): PHONON calculations implemented

07:55

CP2K Tutorial: 1.3 CP2K installation, manual compilation with Intel compiler in Ubuntu (popt)

05:32

CP2K Tutorial: 1.1 CP2K installation, precompiled version (sopt and ssmp)

04:10

CP2K Tutorial: 1.2 CP2K installation, package manager (Ubuntu, apt install, popt)

06:07

CP2K Tutorial: 1.0 CP2K installation, introduction (summary of different methods, linux)

08:08

vasp tutorial: 13. SCAN functional on H2O hexamers

07:39

QuantumVITAS first release and demonstrations (v0.1.0)🎉🎉Comment for suggestions and wanted features!

03:49

Hands-on: 4 EASY install of Quantum Espresso on Ubuntu (apt install) | Quantum Espresso Tutorial

06:00

QuantumVITAS development progress 5 (07.July.2020): a new GUI for QuantumESPRESSO

03:05

QuantumVITAS development progress 4 (06.June.2020): a new GUI for QuantumESPRESSO

02:38

Welcome to my Twitter, Github and Facebook accounts! Receive info of online workshops and more!

04:05

QuantumVITAS development progress 3 (30.May.2020, v0.18): a new GUI for QuantumESPRESSO

05:39

QuantumVITAS development progress 2 (21.May.2020, v0.14): a new GUI for QuantumESPRESSO

07:32

QuantumVITAS development progress 1 (16.May.2020, v0.10): a new GUI for QuantumESPRESSO

04:54

QuantumVITAS: making quantum world simulation accessible to everyone – A new GUI of Quantum ESPRESSO

12:44

wien2k tutorial 1: compilation (parallel&serial, Ubuntu, Intel compilers/MKL/MPI) and server setup

05:14

vasp tutorial: 11.1 phonopy installation (via conda, with installation of Anaconda on Ubuntu)

07:00

vasp tutorial: 12. graphene band structure (with projection on atomic orbitals)

07:11

vasp tutorial: 10. Si crystal phonon frequency at Gamma point

05:13

Project: 20.2 (MAE) Fe monolayer magnetic anisotropy energy | Quantum Espresso Tutorial 2019

18:54

Project: 20.1 (MAE, detailed) Ni monolayer magnetic anisotropy energy | Quantum Espresso Tutorial

03:29

Project: 19.2 (+SOC) Pb band structure (spin orbit coupling) | Quantum Espresso Tutorial 2019

06:39

Project: 19.1 (no SOC) Pb band structure (with: how to choose k path) | Quantum Espresso Tutorial

03:48

old Project: 19.2 (+SOC) Pb band structure (spin orbit coupling) | Quantum Espresso Tutorial 2019

05:34

Project: 3.4 (python script band plotting ) Si band structure | Quantum Espresso Tutorial 2019

05:06

Project: 18.3 (cp.x) NVE ensemble, Born-Oppenheimer Molecular Dynamics Si| Quantum Espresso Tutorial

04:05

Project: 18.4 (cp.x) NVT ensemble, Born-Oppenheimer Molecular Dynamics Si| Quantum Espresso Tutorial

04:08

Project: 18.2 (cp.x) NVT ensemble, Car–Parrinello Molecular Dynamics Si | Quantum Espresso Tutorial

16:46

Project: 18.1 (cp.x) NVE ensemble, Car–Parrinello Molecular Dynamics Si | Quantum Espresso Tutorial

14:20

vasp tutorial: 9. Si crystal DOS, bands, projected DOS & projected bands

13:39

vasp tutorial: 8. H2 molecule bond length and dissociation energy

07:16

Project: 17 (pw.x) H2O molecule molecular dynamics (Born Oppenheimer) | Quantum Espresso Tutorial

06:12

Project: 16 (ph.x) H2O molecule vibration modes | Quantum Espresso Tutorial 2019

06:35

vasp tutorial: 0.1 introduction

01:56

vasp tutorial: 7.2 visualization software (vesta) installation

04:14

vasp tutorial :7.1 visualization software (p4vasp) installation

04:05

vasp tutorial: 6. useful resources - official website

05:45

vasp tutorial: 5. test suite/benchmarking

05:08

vasp tutorial: 4. limited stack size - forrtl: severe (174): SIGSEGV, segmentation fault occurred

06:54

vasp tutorial: 3. a small test - H2O molecule structural optimization (relaxation)

04:53

vasp tutorial: 2. pseudopotential library

12:05

vasp tutorial: 1. compilation/installation on Linux (intel compiler)

06:39

IBM Quantum Computer online: 6 Swap operation

11:17

IBM Quantum Computer online: 7.1 Quantum Teleportation (theory)

08:32

IBM Quantum Computer online: 7.2 Quantum Teleportation (practice)

05:40

IBM Quantum Computer online: 5 GHZ(cat) state using 3&5 qubits

04:02

IBM Quantum Computer online: 4 Bell state using CNOT gate

02:34

IBM Quantum Computer online: 3 superposition creation with Hadamard gate

05:35

IBM Quantum Computer online: 2 simple operations

15:39

IBM Quantum Computer online: 1 Introduction

04:29

Neural Network with Keras: 3_overview of the installation process of tensorflow CPU/GPU

13:28

Neural Network with Keras: 6_installation of tensorflow gpu version with NVIDIA CUDA and cuDNN

06:34

Neural Network with Keras: 1_introduction: anaconda, tensorflow, keras

01:17

Neural Network with Keras: 2_download and install anaconda