SSCHAcode

The SSCHA is a computational package to simulate thermodynamic and phononic properties of materials accounting for full anharmonicity and quantum effects

[SSCHAcode @SSCHA_code]

Hands-on-session9:
Thermal conductivity calculations with the SSCHA
https://t.co/mC5s2NsHh4

[SSCHAcode @SSCHA_code]

In this thread we share the videos of the hands-on-sessions of the las SSCHA School 2023 that took place at the @CFMdonostia. @upvehu

[SSCHAcode @SSCHA_code]

Hands-on-session8:
Calculation of the electron-phonon interaction with SSCHA and Wannier functions
https://t.co/9WX3B1EroF

[SSCHAcode @SSCHA_code]

Finally, Đorđe Dangić, from the @upvehu and @CFMdonostia, discusses "Thermal conductivity in strongly anharmonic crystals"

[SSCHAcode @SSCHA_code]

In this lecture Prof. Francesco Mauri from @SapienzaRoma explains the "Theory of lattice vibrations and anharmonicity".

https://t.co/QLJj49KQ5r

[SSCHAcode @SSCHA_code]

Here Lorenzo Monacelli, from @EPFL_en, presents the "Strengths and limitations of the SSCHA: how does it compare with other approaches?"

https://t.co/knB59l5nH5

[SSCHAcode @SSCHA_code]

We have renovated our website with new, clearer, tutorials, of which we have videos. We have also included some video lectures with the main theory behind the SSCHA.
Check it out!
https://t.co/GYFqc0iKLg

[SSCHAcode @SSCHA_code]

The abstract submission deadline for the 2023 SSCHA school has been extended to May 15! Join us in the school and learn how to use the SSCHA code! Check info in the school website:

https://t.co/eIN1ywz1aa