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Ultra-relativistic heavy-ion physics at the LHC
AIP Conference Proceedings, 2013The research program of the Large Hadron Collider at CERN includes the study of heavy ion collisions. A dedicated experiment (ALICE) has been built in order to focus on a detailed investigation of matter under extreme conditions, however, all major experiments (ATLAS, CMS and LHCb) register and analyze the data taken during Pb-Pb interaction runs. Here
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Relativistic Heavy Ion Collisions and Future Physics
1984At present, most physicists feel that we have finally arrived at a closed system of physical laws, with QCD for the strong interaction and a unifying gauge theory for the weak and electromagnetic forces, plus of course Einstein’s theory of general relativity. However, there are a few things that are not completely satisfactory.
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Some Physical Analyses in Relativistic Heavy Ion Collisions
1994Some physical analyses in relativistic heavy ion collisions are summarized. Special attention is paid to the energy density analysis and some phenomena which may be related to QGP formation, such as Bose-Einstein correlation. J/ψ suppression and strangeness enhancement.
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Physics and biomedical challenges of cancer therapy with accelerated heavy ions
Nature Reviews Physics, 2021Marco Durante, Jürgen Debus
exaly
Anisotropic Heavy-Metal-Free Semiconductor Nanocrystals: Synthesis, Properties, and Applications
Chemical Reviews, 2023Xuyong Yang, Zuliang Du, Guohua Jia
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Utra-Relativistic Heavy Ion Physics from AGS to LHC
1997Within the short time span of less than 20 years, the physics of ultra-relativistic heavy-ion collisions will have evolved from light ion reactions at a laboratory energy of a few GeV/nucleon, first explored at the Brookhaven AGS starting in 1986, to using heavy projectiles at a center-of-mass energy of several TeV/nucleon at the CERN LHC starting ...
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γγ physics at relativistic heavy-ion colliders
Physical Review C, 1994N. Baron, G. Baur
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Introduction to the Physics of Ultra-Relativistic Heavy-Ion Collisions
2016The strong interaction between the elementary constituents of matter (quarks and gluons) is described by the theory of Quantum Chromodynamics (QCD). The basic ingredients of this quantum field theory will be explained in Sect. 1.1 and its peculiar properties driven by the running of the strong coupling constant will be addressed in Sect. 1.2.
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