Dear Organizers,
I will unfortunately be unable to come to SQM2017. I would like to ask for my payment (190 Euro) to be transferred to Sasha Okrimenko who will present my talk. Forwarding the related correspondence. Thank you in advance and sorry for the inconvenience.
Sincerely, Igor Kostiuk ________________________________ From: Marco Gersabeck Sent: 06 July 2017 11:47 To: valerii.pugach@gmail.com Cc: Giacomo Graziani; Igor Kostiuk; Oleksandr Okhrimenko; Francesco Bossu Subject: Re: change of abstract
Dear Valerii, Sasha,
Yes, that’s OK. Apologies for the delayed response, but I was unwell the last few days (fine now). Please let me know if the organisers agree to the swap.
Best regards,
Marco
On 4 Jul 2017, at 14:29, Valerii Pugach <valerii.pugach@gmail.commailto:valerii.pugach@gmail.com> wrote:
Dear Marco,
May I ask you to confirm that the Speaker's Bureau agrees to change a speaker at SQM2017 (Sasha Okhrimenko instead of Igor Kostiuk) for presenting
" J/psi production in proton-lead collisions at 8 TeV with the LHCb detector"
Abstract: "We present new results on J/psi production in p-Pb collisions, using the data collected in 2016 by LHCb at 8 TeV nucleon-nucleon center-of-mass energy. The LHCb experiment has the unique property to study heavy-ion interactions in the forward region (pseudorapidity between 2 and 5) with a fully instrumented detector. Both forward and backward rapidities are covered thanks to the possibility of beam reversal. Cold Nuclear Matter (CNM) effects are probed through measurements of nuclear modification factors and forward-backward production of both prompt and displaced J/psi. With respect to the results based on the 5 TeV sample collected in 2013, an increase in luminosity by a factor 20, other than the larger charm production cross-section, allow a remarkable improvement of the experimental accuracy. Results are compared with theoretical predictions modeling different CNM effects."
Thank you in advance, Best wishes, Valery
Valery Pugatch High Energy Physics Department, Head Institute for Nuclear Research NASU Prospekt Nauki, 47 03680 Kiev
On Tue, Jul 4, 2017 at 3:18 PM, <Giacomo.Graziani@cern.chmailto:Giacomo.Graziani@cern.ch> wrote:
Dear Valery, the abstract below has been already accepted by the organizaers. If also a change of speaker is needed, please be sure to agree this with the Speaker's Bureau (I added Marco in cc), other than the organizers. Best regards,
Giacomo
On Tue, 4 Jul 2017, Valerii Pugach wrote:
Dear Giacomo, Thank you very much for this positive for us arrangement.
I have talked with Igor few minutes ago concerning the J/Psi talk at SQM2017. Igor is currently recovering from the illness, and, unfortunately, does not feel well for the forhcoming trip.
We have agreed with Igor and Sasha that this talk might be presented by Sasha. We would appreciate if you agree too and negotiate the subject with the Organizers.
With my best wishes, Valery
Valery Pugatch High Energy Physics Department, Head Institute for Nuclear Research NASU Prospekt Nauki, 47 03680 Kiev
On Mon, Jul 3, 2017 at 5:05 PM, <Giacomo.Graziani@cern.chmailto:Giacomo.Graziani@cern.ch> wrote:
Dear Igor, we confirm that the organizers are happy with the change of subject of your talk. The new abstract is below, please prepare your contribution on the new topic. Cheers,
Francesco and Giacomo
J/psi production in proton-lead collisions at 8 TeV with the LHCb detector
We present new results on J/psi production in p-Pb collisions, using the data collected in 2016 by LHCb at 8 TeV nucleon-nucleon center-of-mass energy. The LHCb experiment has the unique property to study heavy-ion interactions in the forward region (pseudorapidity between 2 and 5) with a fully instrumented detector. Both forward and backward rapidities are covered thanks to the possibility of beam reversal. Cold Nuclear Matter (CNM) effects are probed through measurements of nuclear modification factors and forward-backward production of both prompt and displaced J/psi. With respect to the results based on the 5 TeV sample collected in 2013, an increase in luminosity by a factor 20, other than the larger charm production cross-section, allow a remarkable improvement of the experimental accuracy. Results are compared with theoretical predictions modeling different CNM effects.