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Search for the Critical Point of Strongly Interacting Matter at the CERN SPS

Authors :
G.L. Melkumov
T. Anticic
B. Baatar
D. Barna
J. Bartke
H. Beck
L. Betev
H. Białkowska
C. Blume
M. Boguz
B. Boimska
J. Book
M. Botje
P. Bunčić
T. Cetner
P. Christakoglou
P. Chung
O. Chvala
J.G. Cramer
V. Eckardt
Z. Fodor
P. Foka
V. Friese
M. Gaździcki
K. Grebieszkow
C. Höhne
K. Kadija
A. Karev
V.I. Kolesnikov
T. Kolleger
M. Kowalski
D. Kresan
A. Laszlo
R. Lacey
M. van Leeuwen
M. Mackowiak
M. Makariev
A.I. Malakhov
M. Mateev
M. Mitrovski
St. Mrówczyński
N. Nicolic
G. Pálla
A.D. Planagiotou
W. Peryt
J. Pluta
D. Prindle
F. Pühlhofer
R. Renfordt
C. Roland
G. Roland
M. Rybczyński
A. Rybicki
A. Sandoval
N. Schmitz
T. Schuster
P. Seyboth
F. Siklér
E. Skrzypczak
M. Slodkowski
G. Stefanek
R. Stock
H. Ströbele
T. Susa
M. Szuba
M. Utvić
D. Varga
M. Vassiliou
G.I. Veres
G. Vestergombi
D. Vranić
Z. Włodarczyk
A. Wojtaszek-Szwarc
Source :
Nuclear Physics B - Proceedings Supplements. :102-110
Publication Year :
2011
Publisher :
Elsevier BV, 2011.

Abstract

The study of central collisions of heavy nuclei at CERN SPS energies by NA49 provided evidence for the onset of deconfinement around 30A GeV. Theoretical considerations predict a critical point of strongly interacting matter accessible in the SPS energy range. A search for the expected fluctuations has not yet found convincing signals. The strategy and plans for the continuation of this program at the SPS by NA61 with lighter nuclei is discussed.

Details

ISSN :
09205632
Database :
OpenAIRE
Journal :
Nuclear Physics B - Proceedings Supplements
Accession number :
edsair.doi...........2487c685654fdc14a89f49627c3e6bed