star-cf-l AT lists.bnl.gov
Subject: STAR Correlations and Fluctuations PWG
List archive
Re: [[Star-cf-l] ] QM25 abstract: "Pion femtoscopy with L´evy sources in Au+Au collisions at STAR from √sN N = 3 to 200 GeV" by Mate Csanad
- From: Mate Csanad <csanad AT bnl.gov>
- To: star-cf-l AT lists.bnl.gov, Nu Xu <nxu AT lbl.gov>
- Subject: Re: [[Star-cf-l] ] QM25 abstract: "Pion femtoscopy with L´evy sources in Au+Au collisions at STAR from √sN N = 3 to 200 GeV" by Mate Csanad
- Date: Thu, 17 Oct 2024 18:53:32 +0200
Hi Nu,
Thank you for the response and comments!
Please find the updated version at
https://drupal.star.bnl.gov/STAR/system/files/STAR_LevyHBT_abstract_0.pdf
but let me respond here as well:
1) The energies are 3.2, 3.9, 7.7, 14.5, 19.6, 27, 54.5, and 200 GeV, now mentioned in the abstract (too long for the title, hence I removed the energy range from there, and it is only given in the text).
2) Indeed this was missing, now it is mentioned.
3) Such a detailed description is not really possible in the abstract, and I guess this should anyway happen in various meetings in the subsequent weeks/months; thus I modified the text,
from ->
"also sheds light on the physical explanation behind the appearance of these source shapes"
to ->
"is also discussd"
Best regards,
Mate
2024. 10. 17. 17:42 keltezéssel, Nu Xu írta:
Hi Mate and All,
Thank you for the QM25 abstract!
I have the following requests:
1) Let us specify collision energies. 3-200 GeV is too vague to me;
2) No centrality nor mt dependence is mentioned, why? I suggest to mention
these dependences in the abstract.
3) I would like to see a clear description of data analysis before jumping to
some physics conclusions such as ‘te appearance of these source shapes’.
Please update the abstract and send to the PWG asap.
Many thanks,
Nu
-
[[Star-cf-l] ] QM25 abstract: "Pion femtoscopy with L´evy sources in Au+Au collisions at STAR from √sN N = 3 to 200 GeV" by Mate Csanad,
Nu Xu, 10/17/2024
- Re: [[Star-cf-l] ] QM25 abstract: "Pion femtoscopy with L´evy sources in Au+Au collisions at STAR from √sN N = 3 to 200 GeV" by Mate Csanad, Mate Csanad, 10/17/2024
Archive powered by MHonArc 2.6.24.