Media Summary: single point scf calculation of silicon crystal - GNU+ mpich and Intel version tested, both serial and parallel version tested. It's a DFT Hands on for users . We are using In this video I will show you how to calculate density of state of Si, and how DFT underestimates the band gap. Remember that you ...

Quantum Espresso Tutorial 2019 5 - Detailed Analysis & Overview

single point scf calculation of silicon crystal - GNU+ mpich and Intel version tested, both serial and parallel version tested. It's a DFT Hands on for users . We are using In this video I will show you how to calculate density of state of Si, and how DFT underestimates the band gap. Remember that you ... In this video I calculated the energy barrier of the inversion of NH3 molecule using neb.x program in QuantumNerd introduces a multi-part tutorial series focused on improving silicon band gap estimations. This project explores the transition from standard LDA and GGA calculations to more accurate hybrid functionals like HSE and Gau-PBE, while addressing the increased computational demands and technical constraints associated with these methods.

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Hands-on: 5 Example calculation | Quantum Espresso Tutorial 2019
Quantum Espresso Tutorial 2019: 5. How to run / input file
Project: 3.3 Si band structure [detailed explanation] | Quantum Espresso Tutorial 2019
THE QUANTUM ESPRESSO INPUT FILE_PRACTICAL DFT USING QUANTUM ESPRESSO_LESSON_ONE
Quantum Espresso Tutorial 2019: 0. why tutorial in 2019
Project: 3.2 Silicon DOS and band gap calculation | Quantum Espresso Tutorial 2019
Quantum Espresso Tutorial 2019: 3. Windows or Linux? Will my computer work?
Project: 5 neb.x: NH3 molecule umbrella inversion barrier | Quantum Espresso Tutorial 2019
Hands-on: 1. Download and useful resources | Quantum Espresso Tutorial 2019
Project: 13.1 (hybrid functional) intro. Si band gap | Quantum Espresso Tutorial 2019
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Hands-on: 5 Example calculation | Quantum Espresso Tutorial 2019

Hands-on: 5 Example calculation | Quantum Espresso Tutorial 2019

single point scf calculation of silicon crystal - GNU+ mpich and Intel version tested, both serial and parallel version tested.

Quantum Espresso Tutorial 2019: 5. How to run / input file

Quantum Espresso Tutorial 2019: 5. How to run / input file

Please find my slides in https://github.com/quantumNerd/

Project: 3.3 Si band structure [detailed explanation] | Quantum Espresso Tutorial 2019

Project: 3.3 Si band structure [detailed explanation] | Quantum Espresso Tutorial 2019

Remember that you can find the

THE QUANTUM ESPRESSO INPUT FILE_PRACTICAL DFT USING QUANTUM ESPRESSO_LESSON_ONE

THE QUANTUM ESPRESSO INPUT FILE_PRACTICAL DFT USING QUANTUM ESPRESSO_LESSON_ONE

It's a DFT Hands on for users . We are using

Quantum Espresso Tutorial 2019: 0. why tutorial in 2019

Quantum Espresso Tutorial 2019: 0. why tutorial in 2019

Please find my slides in https://github.com/quantumNerd/

Project: 3.2 Silicon DOS and band gap calculation | Quantum Espresso Tutorial 2019

Project: 3.2 Silicon DOS and band gap calculation | Quantum Espresso Tutorial 2019

In this video I will show you how to calculate density of state of Si, and how DFT underestimates the band gap. Remember that you ...

Quantum Espresso Tutorial 2019: 3. Windows or Linux? Will my computer work?

Quantum Espresso Tutorial 2019: 3. Windows or Linux? Will my computer work?

Please find my slides in https://github.com/quantumNerd/

Project: 5 neb.x: NH3 molecule umbrella inversion barrier | Quantum Espresso Tutorial 2019

Project: 5 neb.x: NH3 molecule umbrella inversion barrier | Quantum Espresso Tutorial 2019

In this video I calculated the energy barrier of the inversion of NH3 molecule using neb.x program in

Hands-on: 1. Download and useful resources | Quantum Espresso Tutorial 2019

Hands-on: 1. Download and useful resources | Quantum Espresso Tutorial 2019

Quantum Espresso

Project: 13.1 (hybrid functional) intro. Si band gap | Quantum Espresso Tutorial 2019

Project: 13.1 (hybrid functional) intro. Si band gap | Quantum Espresso Tutorial 2019

QuantumNerd introduces a multi-part tutorial series focused on improving silicon band gap estimations. This project explores the transition from standard LDA...