JHW2005 - (other jhw conferences)
1-3 August
Budapest, Hungary
published September 05, 2006
Budapest, Hungary
published September 05, 2006
There were important developments in the physics of heavy ions during the
past few years. Both developments in the theory, notably, advances in
non-perturbative Quantum Chromodynamics (QCD)and in experiments, results from
the Relativistic Heavy Ion Collider (RHIC), now suggest very strongly that there
exists a new phase of matter: the quark-gluon plasma. This fact is of tremendous
importance both in our understanding of high energy nuclear phenomena on earth
and also, it changes our thinking about compact heavy objects in the sky, such as
neutron stars, black holes, etc. The talks given at the workshop explored various
aspects of these developments both from the point of view of experimentalists as
well as astrophysicists and cosmologists.
Editorial Board
Domokos Gabor (chairman), Kaplan David E., Kovesi-Domokos Susan, Sundrum Raman
| Sessions |
|---|
| Foreword |
| Invited talks |
| Contributed talks |
| Foreword |
|---|
|
Foreword
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| Invited talks |
|
Color superconductivity and the strange quark
|
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Structure and cooling of compact stars with color superconductivity
|
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Nonequilibrium field theory
|
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Color Superconductivity in high density QCD
|
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Lattice QCD at finite temperature and chemical potential
|
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QCD Equation of State and WIMP Dark Matter
|
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A comprehensive search for the theta+ pentaquark on the lattice
|
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Lattice QCD and String Theory
|
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Stable quark matter in cosmic rays ?
|
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Low energy properties of color-flavor locked superconductors
|
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The QCD phase diagram at zero and small Baryon density
|
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Thermodynamics of QCD at large quark chemical potential
|
|
Strongly interacting neutrinos as the highest energy cosmic rays: A quantitative analysis
|
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Chiral phase transition in effective models
|
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Strangeness in Compact Stars
|
| Contributed talks |
|
Charge screening effect on hadron-quark mixed phase in compact stars
|
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Dissipation and vacuum selection
|
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SU(2,CMB), the nature of light and accelerated cosmological expansion
|
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Dense Quark Matter in a Magnetic Field
|
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Reconciling resummation and renormalization
|
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Coulomb and surface effects on the pasta structure in nuclear matter
|
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Polyakov Loop in Chiral Quark Models at finite T
|
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Kaon optical potential in nuclei and kaon condensation in neutron star
|
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Neutrino emissivity from spin-one color superconductors
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Weak coupling expansion of the hot QCD pressure
|
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Neutrino Emission from Ungapped Quark Matter
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Magnetic properties in quark matter and comp stars
|
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Color screening in a constituent quark model of hadronic matter
|