Hi, I have never done that calculation in QE, but i think i understand the
colums, by spectroscopic sense.
If the SOC is on, you have a total angular momenta (J), then the "s"
orbital have only one value of J=0.5, and the "p" orbital have two, J=0.5
and J=1.5...
Well, the system gives you the total
Dear All,
Recently, I have came across files and slides from MASTANI Summer School
from 2014, in particular - the calculation of Raman spectrum of graphene
nanoribbon. I would like to reproduce this example. Unfortunately, version
6.3 doesn't allow me to do that.
This is he error message:
%%
I think it was fixed in v.6.3 (not 6.3MaX that is a pre-release) by this
one-line commit:
https://gitlab.com/QEF/q-e/commit/9a579539b65bd1502d1f28747e483a1d1059f5f8
Paolo
On Wed, Oct 3, 2018 at 2:25 PM Raphael wrote:
> Hi,
>
> ph.x from v6.3Max reads from outdir unexpected values for celldm and
Hi,
ph.x from v6.3Max reads from outdir unexpected values for celldm and writes
these in the header of .dyn . It leads to "rescaled" distances in .axsf
and polarizability in the dynmat.x out (omega, IR, Raman tensor and
depolarization factor are as expected). Hand-correcting the .dyn header
(corr
Dear Asad,
about the order I'm not sure, but with SOC you cannot think of px or
py or dxy anymore.
For more details, see e.g. this paper:
https://journals.aps.org/prb/abstract/10.1103/PhysRevB.71.115106
working through the math you'll see that every, e.g., d-state can and
will couple to
a
Actually, I tried with an sp3 projection for 8 atoms phosphorene unit
cell (8x4=32 wannier functions and 32 or more number of bands) but after
running the exec pw2wannier90.x, *file.eig *giving the 24 number of bands
which are less than the WFs which creating the problem for
post-processing wannie
Dear user,
I am trying to calculate the transport properties using the wannier90 code
with quantum espresso. My system is phosphorene and I am doing different
dopings, molecule adsorption, and heterostructure devises with phosphorene.
I want to know how to choose atomic projections for supercells
For your Q#2. The general order is
f(theta)*cos(0*phi), (f(theta)*cos(m*phi), f(theta)*sin(m*phi),m=1,l)
so
l=0: s
l=1: pz, px, py
l=2: dz2, dxz, dyz, dx2-y2, dxy
*Mohammad Ubaid*
*PhD Research Scholar*
*Department of Physics*
*Jamia Millia Islamia University*
*New Delhi - 110025*
On Wed, Oct
Dear Quantum Espresso users,
I have been trying to relax a 2x2x1 supercell of hematite, constructed
using the relaxed structure of the rhombohedral unit cell of hematite,
doped with Ge. However, I encountered an error indicating 'Problems
Computing Cholesky'. I went through the previous discussion
Hi all,
I did scf calculation (using pw.x) with flags lspinorb = .true and noncolin
= .true.
Then I run projwfc.x (for pdos). Following files were generated:
1) *pdos_atom#1(C)_wfc#1(s)*
2)* pdos_atom#1(C)_wfc#1(s_j0.5)*
3) *pdos_atom#1(C)_wfc#2(p)*
4)* pdos_atom#1(C)_wfc#2(p_j0.5)*
5) *pdos_atom#1
Just out of curiosity I ran it over night using the recommended pseudos
from materialscloud.com (accuracy) and grimme-D3 vdw correction
(vdw_corr='grimme-d3', ) and get this
VC-Relax
In:
##
bravais-lattice in
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