Conveners
Plenary Session VIII (Flash talks)
- Yasuki Tachibana (Akita International University)
- Peter Martin Jacobs (Lawrence Berkeley National Lab. (US))
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Minjung Kim (University of California Berkeley (US))27/09/2024, 08:45Oral presentation
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Peter Martin Jacobs (Lawrence Berkeley National Lab. (US))27/09/2024, 09:00Oral presentation
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Preeti Dhankher (University of California Berkeley (US))27/09/2024, 09:01Oral presentation
$N$-point energy correlators are currently attracting both theoretical and experimental interest, as they can be calculated to high order accuracy in perturbation theory and capture many different features contributing to the substructure of jets. The energy-energy correlator (EEC), or two-point correlator, which emphasise the angular structure of the energy flow within jets, allow for a...
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Bruno Sebastian Scheihing Hitschfeld (Massachusetts Institute of Technology)27/09/2024, 09:07Oral presentation
Suppression of open heavy flavor quarks and quarkonia in heavy-ion collisions are among the most informative probes of quark-gluon plasma (QGP). Interpreting the full wealth of data obtained from the collision events requires a precise theoretical understanding of the evolution of heavy quarks and quarkonia as they propagate through strongly coupled plasma.
Such calculations require the...
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xianwen bao27/09/2024, 09:13Oral presentation
As electromagnetic probes, photons have the advantage of escaping unimpeded from their emission source. Consequently, photons can carry valuable information about the properties and dynamics of the hot QCD medium created in heavy-ion collisions. Particularly, the transverse momentum distribution of direct virtual photons emitted from the hot QCD medium exhibits sensitivity to the system...
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Chiara Le Roux27/09/2024, 09:19Oral presentation
The present work addresses the puzzle related to the observation of collective flow in collisions of small systems (which indicates the presence of a medium even in such collisions) and the absence of jet quenching in such systems (which would not be expected if jets are traversing a medium). This study has been done using the JEWEL event generator with a ``brick"-like medium. This simplified...
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Cheng-Wei Shih (National Central University (TW))27/09/2024, 09:25Oral presentation
The sPHENIX collaboration has been taking data since 2023 at the Relativistic Heavy Ion Collider in BNL to study the Quark-Gluon Plasma and cold-QCD. A detector complex consisting of the solenoid magnet, a hadron calorimeter, an electromagnetic calorimeter, a time projection chamber, a MAPS-based vertex detector, and the intermediate silicon tracker (INTT). A tracking system formed by the...
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