Media Summary: Merzuk Kaltak introduces strongly correlated systems, which are well-known for testing the limits of standard electronic structure ... Pedro Melo introduces introduces calculating the dielectric function within Manuel Engel introduces the phonons as implemented in

Optical Gap Vasp Lecture - Detailed Analysis & Overview

Merzuk Kaltak introduces strongly correlated systems, which are well-known for testing the limits of standard electronic structure ... Pedro Melo introduces introduces calculating the dielectric function within Manuel Engel introduces the phonons as implemented in Henrique Miranda motivates the use of hybrid functionals and presents an overview of their implementation in Merzuk Kaltak introduces the GW approximation as it is implemented in 2015 University of Toledo Physics REU Program Final Presentation.

Tomáš Bučko shares insights from his research about performing molecular-dynamics simulations and explains key concepts like ...

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Optical gap | VASP Lecture
Optical excitations and excitons: BSE and TDDFT | VASP Lecture
Constrained random-phase approximation (cRPA)  | VASP Lecture
VASP Tutorial: Optical Properties (DFT & BSE) | Dielectric Function, Absorption & Excitonic Effects
Dielectric properties from first principles | VASP Lecture
Phonons | VASP Lecture
Hybrid functionals | VASP Lecture
GW approximation | VASP Lecture
Tim Alderson - Calculating Optical Properties Using Density Functional Theory
Advanced methods of molecular dynamics | VASP Lecture
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Optical gap | VASP Lecture

Optical gap | VASP Lecture

Merzuk Kaltak introduces calculating the

Optical excitations and excitons: BSE and TDDFT | VASP Lecture

Optical excitations and excitons: BSE and TDDFT | VASP Lecture

Alexey Tal introduces

Constrained random-phase approximation (cRPA)  | VASP Lecture

Constrained random-phase approximation (cRPA) | VASP Lecture

Merzuk Kaltak introduces strongly correlated systems, which are well-known for testing the limits of standard electronic structure ...

VASP Tutorial: Optical Properties (DFT & BSE) | Dielectric Function, Absorption & Excitonic Effects

VASP Tutorial: Optical Properties (DFT & BSE) | Dielectric Function, Absorption & Excitonic Effects

VASP

Dielectric properties from first principles | VASP Lecture

Dielectric properties from first principles | VASP Lecture

Pedro Melo introduces introduces calculating the dielectric function within

Phonons | VASP Lecture

Phonons | VASP Lecture

Manuel Engel introduces the phonons as implemented in

Hybrid functionals | VASP Lecture

Hybrid functionals | VASP Lecture

Henrique Miranda motivates the use of hybrid functionals and presents an overview of their implementation in

GW approximation | VASP Lecture

GW approximation | VASP Lecture

Merzuk Kaltak introduces the GW approximation as it is implemented in

Tim Alderson - Calculating Optical Properties Using Density Functional Theory

Tim Alderson - Calculating Optical Properties Using Density Functional Theory

2015 University of Toledo Physics REU Program Final Presentation.

Advanced methods of molecular dynamics | VASP Lecture

Advanced methods of molecular dynamics | VASP Lecture

Tomáš Bučko shares insights from his research about performing molecular-dynamics simulations and explains key concepts like ...