Search for a critical point of strongly-interacting matter in central 40^{40}Ar +45^{45}Sc collisions at 13AA-75AA GeV/cc beam momentum

preprint2024arXivOpen access
SHINE CollaborationH. AdhikaryP. AdrichK. K. AllisonN. AminE. V. AndronovT. AntićićI. -C. ArseneM. BajdaY. BalkovaM. BaszczykD. BattagliaA. BazgirS. BhosaleM. BielewiczA. BlondelM. BogomilovY. BondarN. BostanA. BrandinW. BrylińskiJ. BrzychczykM. BuryakovA. F. CaminoM. ĆirkovićM. CsanadJ. CybowskaT. CzopowiczC. DalmazzoneN. DavisA. DmitrievP. von DoetinchemW. DominikP. DoroszJ. DumarchezR. EngelG. A. FeofilovL. FieldsZ. FodorM. FriendA. GaribovM. GaździckiO. GolosovV. GolovatyukM. GolubevaK. GrebieszkowF. GuberS. N. IgolkinS. IlievaA. IvashkinA. IzvestnyyK. KadijaN. KarginN. KarpushkinE. KashirinM. KiełbowiczV. A. KireyeuH. KitagawaR. KolesnikovD. KolevY. KoshioV. N. KovalenkoS. KowalskiB. KozłowskiA. KrasnoperovW. KucewiczM. KuchowiczM. KuichA. KurepinA. LászlóM. LewickiG. LykasovV. V. LyubushkinM. Maćkowiak-PawłowskaZ. MajkaA. MakhnevB. MaksiakA. I. MalakhovA. MarcinekA. D. MarinoK. MartonH. J. MathesT. MatulewiczV. MatveevG. L. MelkumovA. MerzlayaŁ. MikA. MorawiecS. MorozovY. NagaiT. NakadairaM. NaskrętS. NishimoriV. OzvenchukO. PanovaV. PaoloneO. PetukhovI. PidhurskyiR. PłanetaP. PodlaskiB. A. PopovB. PorfyM. Posiadała-ZezulaD. S. ProkhorovaD. PszczelS. PuławskiJ. PuzovićR. RenfordtL. RenV. Z. Reyna OrtizD. RöhrichE. RondioM. RothŁ. RozpłochowskiB. T. RumbergerM. RumyantsevA. RustamovM. RybczynskiA. RybickiK. SakashitaK. SchmidtA. Yu. SeryakovP. SeybothU. A. ShahY. ShiraishiA. ShuklaM. SłodkowskiP. StaszelG. StefanekJ. StepaniakM. StrikhanovH. StröbeleT. ŠušaŁ. ŚwiderskiJ. SzewińskiR. SzukiewiczA. TaranenkoA. TefelskaD. TefelskiV. TereshchenkoA. ToiaR. TsenovL. TurkoT. S. TveterM. UngerM. UrbaniakF. F. ValievD. VeberičV. V. VecherninV. VolkovA. WickremasingheK. WójcikO. WyszyńskiA. ZaitsevE. D. ZimmermanA. ZviaginaR. Zwaska

Abstract

The critical point of strongly interacting matter is searched for at the CERN SPS by the NA61/SHINE experiment in central 40^{40}Ar +45^{45}Sc collisions at 13AA, 19AA, 30AA, 40AA, and 75AA GeV/cc. The dependence of the second-order scaled factorial moments of proton multiplicity distributions on the number of subdivisions in transverse momentum space is measured. The intermittency analysis uses statistically independent data sets for every subdivision in transverse and cumulative-transverse momentum variables. The results obtained do not indicate the searched intermittent pattern. An upper limit on the fraction of correlated protons and the intermittency index is obtained based on a comparison with the Power-law Model.

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