Dear,
Den man. 27. aug. 2018 kl. 22.07 skrev El-abed Haidar <
ehai2...@uni.sydney.edu.au>:
> Hello
>
> I had a couple of questions concerning the upcoming workshop :
>
> 1- By any chance would it be live streamed?
>
No. We have no current plans to live stream it.
>
>
> 2- If 1) is NO, could it be
Hello
I had a couple of questions concerning the upcoming workshop :
1- By any chance would it be live streamed?
2- If 1) is NO, could it be uploaded like the Transiesta talk from 10 years ago?
3- Would the slides be attainable any chance after the talk?
Those questions coming from ANY studen
Dear Artem,
This doesn't look correct. I guess it is some problems with the .TSHS files
or sizes of basis set maybe. Can you send the full input/output, please.
2013/8/3 Artem Baskin
> Device atoms 11-14, orbitals 151-190
> Left self energy on orbitals 151-175
> Right self energy on orbitals 15
Dear Henrik,
Thank you so much for replying to my last query and sending me very
enlightening paper, it was very useful. However, I faced up with some
technical problems related to how to run Inelastica. Could you comment on
the following issues:
1) I tried to run the example files for TSrun. Her
Dear Artem,
you can use the post-processing tool Inelastica (
http://sourceforge.net/apps/mediawiki/inelastica/index.php?title=Main_Page)
which can among other things calculate the "local currents" from the
TranSIESTA .TSHS files. See for example fig 8 in
http://pubs.acs.org/doi/abs/10.1021/jp4000
On 06/13/2013 08:24 PM, Artem Baskin wrote:
Thank you Nick and Gabriele for your kind and very enlightening
answers and comments. I really appreciate them.
I have another question that might be of interest for the audience
(and of course for me). My question is how to calculate and visualize
th
Thank you Nick and Gabriele for your kind and very enlightening answers and
comments. I really appreciate them.
I have another question that might be of interest for the audience (and of
course for me). My question is how to calculate and visualize the spatial
distribution of the current (current d
Dear Artem
2013/4/26 Akshu
> Dear nick
> I have a question about one of your notes
>
> 4) I also played with relaxation of the geometry of the SR. So I used several
> CG steps to equilibrate the structure. I expected,
>>
>>
>>
>> SIESTA first takes over and does the relaxation and then Transies
Dear Artem,
you already got a very exhaustive answer, but I like to add couple of
remarks as I find these points of interest.
On 04/25/2013 07:14 PM, Artem Baskin wrote:
> Dear SIESTA/TRANSIESTA users,
>
> I have recently read the paper (PRB 81, 205437) and found it very
> interesting and enligh
Dear nick
I have a question about one of your notes
> 4) I also played with relaxation of the geometry of the SR. So I used several
> CG steps to equilibrate the structure. I expected,
> SIESTA first takes over and does the relaxation and then Transiesta
> calculates the Gree's functions upon th
Dear Artem,
I will give some short notes on your questions.
2013/4/25 Artem Baskin
> Dear SIESTA/TRANSIESTA users,
>
> I have recently read the paper (PRB 81, 205437) and found it very
> interesting and enlightening. Since I want to reproduce these results,
> I faced with some questions that I
Dear SIESTA/TRANSIESTA users,
I have recently read the paper (PRB 81, 205437) and found it very
interesting and enlightening. Since I want to reproduce these results,
I faced with some questions that I want to address here, some of them
are technical
whereas others are conceptual. From now on I w
Dear SIESTA users,
Recently I am testing some transport calculations with different electrodes,
concerning different electrodes may have
different chemical potential, possiblely we can expect current exists at zero
bias, however, using the tbtrans utility,
since the current is the integration
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