Dear Hitoshi,
Thank you for the response. This clears the confusion and answers my question.
Sincerely,
Shubham
Search found 45 matches
- Mon Apr 08, 2024 3:05 pm
- Forum: Electron-phonon
- Topic: Large smearing reducing CDW (phonon-softening)
- Replies: 5
- Views: 27462
- Sat Mar 30, 2024 6:44 pm
- Forum: Electron-phonon
- Topic: Large smearing reducing CDW (phonon-softening)
- Replies: 5
- Views: 27462
Re: Large smearing reducing CDW (phonon-softening)
Dear Hitoshi, Thank you so much for the detailed explanation. I would like to mention that my ultimate goal is to calculate Tc. And I checked with different smearing values (degauss) in QE calculations (phonon calculations) results into different Tc in NbSe2. I think this is because there is phonon ...
- Tue Mar 19, 2024 3:47 pm
- Forum: Electron-phonon
- Topic: Large smearing reducing CDW (phonon-softening)
- Replies: 5
- Views: 27462
Re: Large smearing reducing CDW (phonon-softening)
I would appreciate any response from developers/experts/users.
Thank you
Shubham
Thank you
Shubham
- Wed Mar 13, 2024 9:20 pm
- Forum: Electron-phonon
- Topic: Large smearing reducing CDW (phonon-softening)
- Replies: 5
- Views: 27462
Large smearing reducing CDW (phonon-softening)
Dear experts, It may be not new for the community so I believe I will get a quick response on my query. It is know that for some CDW systems, say some TMDs the phonon softening can be removed by using a large smearing value. I have seen many papers using degauss=0.02 and with that value, there is an ...
- Mon Dec 18, 2023 7:30 am
- Forum: Running the code
- Topic: How to include spin-fluctuations in the PH/EPW calculations
- Replies: 0
- Views: 37253
How to include spin-fluctuations in the PH/EPW calculations
Dear Developers, I would like to know if it is possible to incorporate spin-fluctuations in the phonon/EPW calculations as reported in a PRX paper (PHYS. REV. X 10, 041003 (2020)) and in an another recent paper by S. DAS et al.,(https://www.nature.com/articles/s41524-023-01017-4)? Has this utility ...
- Sat Dec 16, 2023 1:50 pm
- Forum: Running the code
- Topic: Why Tc and EPW strength is reduced using SOC
- Replies: 0
- Views: 40503
Why Tc and EPW strength is reduced using SOC
Dear all, Could somebody provide physical insight on effect of SOC on Tc and EPW strength? Why Tc is reduced after including SOC as shown in the paper? https://journals.aps.org/prb/abstract/10.1103/PhysRevB.99.104520 There are other papers too. It would be really helpful if somebody can explain ...
- Sat Nov 25, 2023 11:58 am
- Forum: Running the code
- Topic: phonon calculation with SOC error
- Replies: 0
- Views: 64147
phonon calculation with SOC error
Dear All, I am trying to do a phonon calculation using SOC. I am using QE version 7.1. While doing phonon calculation I am facing the following error. Could someone help me resolving this issue? %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% Error in routine phq ...
- Tue Oct 31, 2023 3:18 am
- Forum: Running the code
- Topic: inconsistent nscf and elph k-grids
- Replies: 5
- Views: 25285
Re: inconsistent nscf and elph k-grids
Thank you Hari, It is working now. I was using different nk1, nk2, nk3 while using 'bands' in epw.in.
It is working with 'bands' flag in nscf.in.
It is working with 'bands' flag in nscf.in.
- Tue Oct 31, 2023 3:10 am
- Forum: Running the code
- Topic: inconsistent nscf and elph k-grids
- Replies: 5
- Views: 25285
Re: inconsistent nscf and elph k-grids
Sorry, There are indeed "more than 216 k-points" in the nscf.out. Even after using 'bands', the issue is not solved. I am getting the same error.
- Tue Oct 31, 2023 3:04 am
- Forum: Running the code
- Topic: inconsistent nscf and elph k-grids
- Replies: 5
- Views: 25285
Re: inconsistent nscf and elph k-grids
Dear Hari, I checked and there are indeed 216 k-points in the nscf.out. Even after using calculations='bands' I get the same error. I am using 9x9x9 k-grid and 3x3x3 q-grid in phonon calculations. Also, i was thinking is the issue is with parallelization but I am using no. of cores which are ...