Media Summary: Learn how to simulate dispersion-corrected hybrid DFT with the ab-initio materials simulation package The referenced publications can be found here: For details and registration for this webinar, please click here: Learn more ...

Fhi Aims Online Tutorials Efficient - Detailed Analysis & Overview

Learn how to simulate dispersion-corrected hybrid DFT with the ab-initio materials simulation package The referenced publications can be found here: For details and registration for this webinar, please click here: Learn more ... The written version with step-by-step instructions including the scripts and solutions can be found here: ...

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FHI-aims Online Tutorials: Efficient dispersion-corrected hybrid DFT with FHI aims, Part 2
FHI-aims Online Tutorials: Explainable AI models for Materials Science with the SISSO Approach
FHI-aims Webinar: An Introduction to the FHI-aims Software Package
FHI-aims Online Tutorials: Efficient dispersion-corrected hybrid DFT with FHI aims, Part 1
FHI-aims Webinar: Multiscale Modeling with Explicit Embedding Approaches in FHI-aims
FHI-aims Online Tutorials: FHI-aims for Heterogeneous Catalysis
FHI-aims Webinar: An Overview of Methods for Electronic Excited States in FHI-aims
FHI-aims Webinar: FHI-aims Roadmap, Talk by Matthias Scheffler
FHI-aims Online Tutorials: Thermal transport with FHI-vibes
FHI-aims Online Tutorials: Calculating Charged Excitations with FHI-aims and the GW approach
FHI-aims Webinar: Charged Excitations from the GW Method
FHI-aims Webinar: FHI-aims Roadmap+Accurate Modelling of Thermal and Electrical Transport in Solids
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FHI-aims Online Tutorials: Efficient dispersion-corrected hybrid DFT with FHI aims, Part 2

FHI-aims Online Tutorials: Efficient dispersion-corrected hybrid DFT with FHI aims, Part 2

Learn how to simulate dispersion-corrected hybrid DFT with the ab-initio materials simulation package

FHI-aims Online Tutorials: Explainable AI models for Materials Science with the SISSO Approach

FHI-aims Online Tutorials: Explainable AI models for Materials Science with the SISSO Approach

The referenced publications can be found here: https://doi.org/10.1103/PhysRevLett.129.055301 ...

FHI-aims Webinar: An Introduction to the FHI-aims Software Package

FHI-aims Webinar: An Introduction to the FHI-aims Software Package

This is talk 1 of the

FHI-aims Online Tutorials: Efficient dispersion-corrected hybrid DFT with FHI aims, Part 1

FHI-aims Online Tutorials: Efficient dispersion-corrected hybrid DFT with FHI aims, Part 1

Learn how to simulate dispersion-corrected hybrid DFT with the ab-initio materials simulation package

FHI-aims Webinar: Multiscale Modeling with Explicit Embedding Approaches in FHI-aims

FHI-aims Webinar: Multiscale Modeling with Explicit Embedding Approaches in FHI-aims

For details and registration for this webinar, please click here: https://events.ms1p.org/e/webinar_explicit_embedding Learn more ...

FHI-aims Online Tutorials: FHI-aims for Heterogeneous Catalysis

FHI-aims Online Tutorials: FHI-aims for Heterogeneous Catalysis

The written version with step-by-step instructions including the scripts and solutions can be found here: ...

FHI-aims Webinar: An Overview of Methods for Electronic Excited States in FHI-aims

FHI-aims Webinar: An Overview of Methods for Electronic Excited States in FHI-aims

This is talk 1 of the

FHI-aims Webinar: FHI-aims Roadmap, Talk by Matthias Scheffler

FHI-aims Webinar: FHI-aims Roadmap, Talk by Matthias Scheffler

This is talk 1 of the

FHI-aims Online Tutorials: Thermal transport with FHI-vibes

FHI-aims Online Tutorials: Thermal transport with FHI-vibes

The written version with step-by-step instructions including the scripts and solutions can be found here: ...

FHI-aims Online Tutorials: Calculating Charged Excitations with FHI-aims and the GW approach

FHI-aims Online Tutorials: Calculating Charged Excitations with FHI-aims and the GW approach

The written version with step-by-step instructions including the scripts and solutions can be found here: ...

FHI-aims Webinar: Charged Excitations from the GW Method

FHI-aims Webinar: Charged Excitations from the GW Method

This is talk 2 of the

FHI-aims Webinar: FHI-aims Roadmap+Accurate Modelling of Thermal and Electrical Transport in Solids

FHI-aims Webinar: FHI-aims Roadmap+Accurate Modelling of Thermal and Electrical Transport in Solids

Learn more about

Live Session of the FHI-aims Online Tutorials: Thermal and electrical transport with FHI-aims

Live Session of the FHI-aims Online Tutorials: Thermal and electrical transport with FHI-aims

Live recording of the