Dear forum members,
I?m sorry, if this has been asked before - I tried searching the forum, as well
as looking at the beginning of ph.f90 file.
Is performing electron-phonon coupling calculations in a system with spin-orbit
coupling possible?
Best,
Mari
Dr. Mari Ij?s
Room 114,
Dear Tommasco,
one thing that I find a bit weird is your k-point sampling - your unit cell is
much longer in the z-direction than in x and y but still, you use a denser k
sampling in the reciprocal space?
I?d rather try, for instance 12x12x4 grid (unless you have a reason to expect a
flat
Dear all,
at the present, the calculation of Raman cross-section is not available for
spin-polarized systems. In the pwscf forum archives, I was only able to find
discussions on the topic dating back to 2010. I wonder if there have been
advances since then?
Best wishes,
Mari Ij?s
PhD
Dear Prof. Giannozzi,
thank you for your help, displacing the line was required but I was now able to
get the classification.
Best,
Mari
On Jan 17, 2013, at 1:45 PM, Paolo Giannozzi wrote:
> On Thu, 2013-01-17 at 08:09 +, Ij?s Mari wrote:
>
>> I've used bands.x (lsym = .true.) to
Dear QE users,
my apologies if this question has already been addressed, I wasn't able to find
anything relevant in the archives.
Namely, I'm calculating a clusterlike system, using obviously periodic boundary
conditions and a single k-point (specified explicitly as a k-point grid instead
Dear everyone,
I'm trying to calculate the vibrational modes for diamond. I have compiled QE
using gfortran and gcc, and pw.x runs just fine. When running ph.x, however,
the execution stops with a segmentation fault (in my system, all information I
get is: [1]+ Segmentation fault: 11