Wannier90 v3.0 School - Virtual Edition 2020

Over the last few years, Wannier90 has undergone a transition from a code developed by a small group of developers to a community code with a much wider developers base. In response, the code has grown significantly, gaining many novel features contributed by this community. The culmination of all these contributions has been the release of a new version of the Wannier90 code (version 3.0) with a new website for the occasion and a collaborative article: Pizzi et al., Wannier90 as a community code: new features and applications, J. Phys. Condens. Matter 32, 165902 (2020)

In this 3-day school, we aim to present the state-of-the-art functionalities of the Wannier90 code, with a particular focus on the latest developments (topological, transport and optical properties; automated Wannier functions; high throughput calculations) to both new and experienced users, and developers alike. Each day will involve lectures on selected topics and hands-on tutorials.

This school took place in virtual form (remote attendance) on March 25-27th, 2020.

Datasets in the Collection

Thumbnail of Concluding remarks on the Wannier90 virtual event - Jonathan Yates
Closing talk by Prof. Jonathan Yates (University of Oxford, UK) with concluding remarks and acknowledgements.

The talk was part of the "School on Wannier90 v3.0: new features and applications", 25-27th March 2020 – Virtual Edition
Created on Dec 18, 2023
Thumbnail of Electron-phonon coupling and the EPW code - Roxana Margine
Talk by Prof. Roxana Margine (Binghamton University, USA) discussing the electron-phonon coupling and its evaluation using the EPW code.

The talk was part of the "School on Wannier90 v3.0: new features and applications", 25-27th March 2020 – Virtual Edition
Created on Dec 18, 2023
Thumbnail of Automated high-throughput Wannierisation - Giovanni Pizzi
Talk by Dr. Giovanni Pizzi (EPFL, Switzerland) discussing the protocol and the workflows to completely automate the computation of Wannier functions in a high-throughput fashion (and its validation on ~200 materials).

The talk was part of the "School on Wannier90 v3.0: new features and applications", 25-27th March 2020 – Virtual Edition
Created on Dec 18, 2023
Thumbnail of SCDM: A unified approach to Wannier localisation - Anil Damle
Talk by Prof. Anil Damle (Cornell University, USA) explaining the SCDM method to automatically obtain localised initial guesses for Wannier functions.

The talk was part of the "School on Wannier90 v3.0: new features and applications", 25-27th March 2020 – Virtual Edition
Created on Dec 18, 2023
Thumbnail of Symmetry-adapted Wannier Functions - Yusuke Nomura
Talk by Dr. Yusuke Nomura (RIKEN, Japan) explaining the calculation of symmetry-adapted Wannier functions.

The talk was part of the "School on Wannier90 v3.0: new features and applications", 25-27th March 2020 – Virtual Edition
Created on Dec 18, 2023
Thumbnail of Berry phases and topological properties - QuanSheng Wu
Talk by Dr. QuanSheng Wu (EPFL, Switzerland) introducing the concept of Berry phases in materials science and how to compute topological properties.

The talk was part of the "School on Wannier90 v3.0: new features and applications", 25-27th March 2020 – Virtual Edition

Note: The 18th and 19th slides have been updated in the new version, where the termination of semi-infinite surface is changed.
Created on Dec 18, 2023
Thumbnail of Introduction to the new features of Wannier90 3.0 - Arash Mostofi
Talk by Prof. Arash Mostofi (Imperial College London, UK) introducing the new features of the Wannier90 code, version 3.0.

The talk was part of the "School on Wannier90 v3.0: new features and applications", 25-27th March 2020 – Virtual Edition
Created on Dec 18, 2023

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