Starts 16 May 2022
Ends 20 May 2022
Central European Time
Wannier 2022 Summer School | (smr 3705)
ICTP
Budinich Lecture Hall (LB)
Strada Costiera, 11
I - 34151 Trieste (Italy)
An ICTP Hybrid Meeting. You can submit your application for participation in presence or online.
Speakers
R. ARITA, Tokyo University and RIKEN, Japan
S. BECK, Flatiron Institute, USA
F. GIUSTINO, UT Austin, USA
L. LIN, UC Berkeley, USA
N. MARZARI, EPFL, Switzerland
A. MOSTOFI, Imperial College London, UK
Y. NOMURA, Keio University, Japan
S. PONCÉ, EPL, Belgium
J. QIAO, EPFL, Switzerland
R. RESTA, CNR-IOM, Italy
I. SOUZA, CFM and UPV, Spain
K. THYGESEN, DTU, Denmark
D. VANDERBILT, Rutgers University, USA
M. VERGNIORY, DIPC, Spain
V. VITALE, Imperial College London, UK
Q. WU, IOPCAS, China
J. YATES, Oxford University, UK
Grants: A limited number of grants are available to support the attendance of selected participants, with priority given to participants from developing countries. There is no registration fee.
The School will be followed the week after (23 - 27 May 2022) by the Wannier 2022 Developers Meeting (smr 3757), devoted to foster integration between several packages composing the Wannier software ecosystem.
This 5-day school consists of lectures and hands-on sessions on a wide range of electronic-structure methods based on Wannier functions. The event targets graduate students, early-career scientists and experienced users.
Wannier functions (WFs) are used to understand the nature of chemical bonding, calculate topological and geometrical quantities, efficiently interpolate band-structure properties and more. This event includes highlight talks that provide a historical and broad perspective on WFs in electronic structure, dedicated lectures to the theory and methods of WFs, as well as hands-on tutorials at the basic and advanced level. The school is designed to allow participants to join both in-person and online, and covers a wide range of complex materials properties using the software packages listed below.
Topics
Wannier functions (WFs) are used to understand the nature of chemical bonding, calculate topological and geometrical quantities, efficiently interpolate band-structure properties and more. This event includes highlight talks that provide a historical and broad perspective on WFs in electronic structure, dedicated lectures to the theory and methods of WFs, as well as hands-on tutorials at the basic and advanced level. The school is designed to allow participants to join both in-person and online, and covers a wide range of complex materials properties using the software packages listed below.
Topics
- Maximally-localized Wannier functions (Wannier90)
- Advanced Wannier functions methods: symmetry-adapted, SCDM, transport (Wannier90)
- Partly occupied Wannier functions (ASE)
- Tight-binding models (PythTB)
- Topological properties (Z2pack & WannierTools)
- Berry-phase properties (WannierBerri)
- Automated wannierisation (AiiDA)
- Electron-phonon coupling (EPW)
- Dynamical mean-field theory (TRIQS)
Speakers
R. ARITA, Tokyo University and RIKEN, Japan
S. BECK, Flatiron Institute, USA
F. GIUSTINO, UT Austin, USA
L. LIN, UC Berkeley, USA
N. MARZARI, EPFL, Switzerland
A. MOSTOFI, Imperial College London, UK
Y. NOMURA, Keio University, Japan
S. PONCÉ, EPL, Belgium
J. QIAO, EPFL, Switzerland
R. RESTA, CNR-IOM, Italy
I. SOUZA, CFM and UPV, Spain
K. THYGESEN, DTU, Denmark
D. VANDERBILT, Rutgers University, USA
M. VERGNIORY, DIPC, Spain
V. VITALE, Imperial College London, UK
Q. WU, IOPCAS, China
J. YATES, Oxford University, UK
Grants: A limited number of grants are available to support the attendance of selected participants, with priority given to participants from developing countries. There is no registration fee.
The School will be followed the week after (23 - 27 May 2022) by the Wannier 2022 Developers Meeting (smr 3757), devoted to foster integration between several packages composing the Wannier software ecosystem.
**DEADLINE: 20/03/2022**
Organizers
Antimo Marrazzo (University of Trieste), Sinisa Coh (University of California, Riverside), Roxana Margine (Binghamton University - State University of New York), Giovanni Pizzi (EPFL), Stepan Tsirkin (University of Zurich), Local Organiser: Nicola Seriani (ICTP)
