STAR Presentations

Found (4658) STAR Presentations

List of STAR Presentations (abstracts / talks / posters / proceedings)

XXXI International Conference on Ultra-relativistic Nucleus-Nucleus Collisions - Frankfurt, Germany, Apr. 6-12, 2025

abstract: (Anti-)Proton and Light Nuclei Production in 3 GeV Au+Au Collisions by RHIC-STAR
Link, Presentation file(s): PDF
QCD type: Other, selected by STC: No

Kaiyang Wang

abstract: Xin_Wu_ppbar_UPC
Link, Presentation file(s): PDF| TXT
QCD type: Other, selected by STC: No

Iris Ponce Pinto

abstract: The system size dependence of strange hadron production at $\sqrt{s_{\text{NN}}}$ = 200 GeV at STAR
Link, Presentation file(s): PDF| TXT
QCD type: Hot QCD, selected by STC: No

abstract: Probing gluon structure with J/ψ photoproduction in isobaric ultra-peripheral collisions at 200 GeV with the STAR
Link, Presentation file(s): PDF
QCD type: Other, selected by STC: No

Tingbao Liu

abstract: K^{*0} meson production in Au+Au collisions at high baryon density from STAR BES-II experiments
Link, Presentation file(s): PDF
QCD type: Other, selected by STC: No

Tanmay Pani

abstract: Observing jet quenching using generalized jet angularities in Au+Au collisions at $\sqrt{s_{\rm NN}} = 200$ GeV from STAR
Link, Presentation file(s): PDF
QCD type: Hot QCD, selected by STC: No

Ondrej Lomicky

abstract: Generalized angularities of heavy flavor and inclusive jets in Au+Au collisions at sNN = 200 GeV at STAR
Link, Presentation file(s): PDF| TXT
QCD type: Hot QCD, selected by STC: No

Zhengxi Yan

abstract: Constraining the small system collectivity using d+Au and O+O collision data from STAR
Link, Presentation file(s): PDF| TXT
QCD type: Hot QCD, selected by STC: No

abstract: Thermal dielectron production in Au+Au collisions at 17.3 GeV at STAR
Link, Presentation file(s): PDF
QCD type: Hot QCD, selected by STC: No

Yue-Hang Leung

abstract: Hypernuclei Measurements from the Beam-Energy Scan-II Program
Link, Presentation file(s): PDF| PDF| PDF| PDF| TXT
QCD type: Hot QCD, selected by STC: No