STAR Collaboration

E561164

The STAR Collaboration is an international team of scientists that conducts high-energy nuclear physics research using the STAR detector at the Relativistic Heavy Ion Collider (RHIC) to study the properties of quark-gluon plasma and the strong interaction.

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Label Occurrences
STAR Collaboration canonical 1

Statements (47)

Predicate Object
instanceOf scientific collaboration
abbreviation STAR NERFINISHED
collaboratesWith PHENIX Collaboration NERFINISHED
sPHENIX Collaboration NERFINISHED
collaborationType international collaboration
country United States of America
surface form: United States
dataPolicy collaboration-based data analysis
employs electromagnetic calorimeters
silicon detectors
time projection chamber
time-of-flight detectors
field heavy-ion physics
high-energy nuclear physics
particle physics
foundedFor experiments at RHIC
goal map the QCD phase diagram
search for signatures of quark-gluon plasma formation
study properties of strongly interacting matter at high energy density
understand confinement and deconfinement in QCD
hasMembers engineers
graduate students
physicists
postdoctoral researchers
hasSpokesperson rotating elected leadership
hostInstitution Brookhaven National Laboratory NERFINISHED
language English
locatedAt Brookhaven National Laboratory NERFINISHED
operatesAt RHIC beam energy scan program NERFINISHED
parentFacility Brookhaven RHIC program NERFINISHED
produces peer-reviewed scientific publications
researchFocus Quantum Chromodynamics NERFINISHED
quark-gluon plasma
strong interaction
studies QCD phase diagram
chiral magnetic effect
collective flow in heavy-ion collisions
fluctuations and correlations in heavy-ion collisions
hadronization mechanisms
jet quenching
proton-proton collisions
relativistic heavy-ion collisions
spin phenomena in polarized proton collisions
spin structure of the proton
strangeness enhancement
usesDetector STAR detector NERFINISHED
usesFacility Relativistic Heavy Ion Collider NERFINISHED
website https://www.star.bnl.gov/

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STAR experiment at RHIC operatedBy STAR Collaboration
subject surface form: STAR experiment