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A Gentle Introduction to Lattice Field Theory. [PDF]
Entropy (Basel)Seiler E.
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Artificial intelligence pioneers the double-strangeness factory. [PDF]
Nat CommunHe Y +13 more
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Physical Review C, 1986
In cold quark matter, quantum chromodynamic binding effects can favor clustering of three quarks into nucleon-like clusters. An equation of state of clustered quark matter is derived. It is estimated that the adiabatic transformation of nuclear matter to clustered quark matter sets in at about 1 baryon/fmT, while at the minimum of the energy per baryon
, Clark, , Cleymans, , Rafelski
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In cold quark matter, quantum chromodynamic binding effects can favor clustering of three quarks into nucleon-like clusters. An equation of state of clustered quark matter is derived. It is estimated that the adiabatic transformation of nuclear matter to clustered quark matter sets in at about 1 baryon/fmT, while at the minimum of the energy per baryon
, Clark, , Cleymans, , Rafelski
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Physical Review Letters, 1988
Studies of the Schwinger-Dyson equation for the gluon propagator in the pure gauge sector have shown it to be strongly enhanced at low momenta. This enhancement in turn generates a severe suppression of the fermion propagator for massless quarks at the same low momenta, killing the pole at p = 0.
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Studies of the Schwinger-Dyson equation for the gluon propagator in the pure gauge sector have shown it to be strongly enhanced at low momenta. This enhancement in turn generates a severe suppression of the fermion propagator for massless quarks at the same low momenta, killing the pole at p = 0.
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Quark-clustering in cold quark matter
Chinese Physics C, 2010Quarks are proposed to be grouped together to make quark-clusters due to the strong interaction in cold quark matter at a few nuclear densities, because a weakly coupling treatment of the interaction between quarks there would be inadequate. Cold quark matter is then conjectured to be in solid state (i.e., forming a crystal structure) if the inter ...
Lai Xiao-Yu, Xu Ren-Xin
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Physical Review D, 1981
We suggest that a phase transition between ordinary hadronic matter and quark matter is detectable in heavy-ion collisions by observing lepton-pair production spectra. Pair production rates are estimated on the basis of a ''fireball model'' of nuclear collisions.
G. Domokos, Joseph I. Goldman
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We suggest that a phase transition between ordinary hadronic matter and quark matter is detectable in heavy-ion collisions by observing lepton-pair production spectra. Pair production rates are estimated on the basis of a ''fireball model'' of nuclear collisions.
G. Domokos, Joseph I. Goldman
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Journal of Physics G: Nuclear and Particle Physics, 2008
Quark Matter 2008—the 20th International Conference on Ultra-Relativistic Nucleus–Nucleus Collisions was held in Jaipur, the Pink City of India, from 4–10 February, 2008. Organizing Quark Matter 2008 in India itself indicates the international recognition of the Indian contribution to the field of heavy-ion physics, which was initiated and nurtured by ...
null Jan-e~Alam +2 more
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Quark Matter 2008—the 20th International Conference on Ultra-Relativistic Nucleus–Nucleus Collisions was held in Jaipur, the Pink City of India, from 4–10 February, 2008. Organizing Quark Matter 2008 in India itself indicates the international recognition of the Indian contribution to the field of heavy-ion physics, which was initiated and nurtured by ...
null Jan-e~Alam +2 more
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Journal of Physics A: Mathematical and General, 1979
Assuming that ultra-dense matter behaves as a fluid of quarks rather than hadrons, the authors investigate the possible superfluid order parameters which may arise.
D Bailin, A Love
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Assuming that ultra-dense matter behaves as a fluid of quarks rather than hadrons, the authors investigate the possible superfluid order parameters which may arise.
D Bailin, A Love
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Radioactivity in strange quark matter
Physical Review C, 1987We develop a mass formula for finite lumps of strange quark matter near flavor equilibrium. Our Fermi-gas model includes surface tension and Coulomb energy but not quantum-chromodynamic radiative corrections. Assuming strange matter is stable in bulk, we investigate the radioactive decays of finite strangelets (clumps of strange matter with baryon ...
, Berger, , Jaffe
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