... structure of nuclear matter become evident? Symmetry Tests in ... Define y as the xB-value at which the minimum pmiss exceeds pFermi. SRC model predicts: ...
What role do gluons play in the meson. spectrum? Lattice calculations predict a spectrum ... flux tubes and their excitation leads to a new spectrum of mesons ...
There are signs that DGLAP (Q2 evolution) may be in trouble at small x (negative ... All these features are compatible with expectations of perturbative QCD. ...
Gluons at High Density. Yuri Kovchegov. The Ohio State University ... How do strong fields appear in hadronic or nuclear wave functions at high energies? ...
Augmentation d ' tranget (plasma) photons directs et di-leptons (plasma) gel chimique ... Plasma augmentation de la production de photons directs grand PT ...
Les signatures exp rimentales, suppression des r sonances de quarks ... Les r sonances de quarks lourds au SPS. R sultats exp rimentaux et interpr tation ...
Requires very high luminosity (RHIC II) ... High luminosity and high ... Transverse spin renaissance Drell Yan crucial test of our understanding of the ...
Les simulations ont permis de d terminer la configuration la mieux adapt e pour ... Aimant toro dal. Mur de fer. Absorbeur hadronique. ZDC. Zone. cible ...
QCD is too complicated for our present. theoretical and mathematical methods ... All particles with color charge participate: Quarks Antiquarks Gluons. Gluons ...
Lecture I: pQCD and spectra What is QCD? QCD and hadrons Seeing quarks and gluons How does it fit together? Asymptotic freedom and pQCD Low Q2: confinement ...
Quarks and Gluons in QCD ... depends on the gluons, A (x) as well as the quarks (x) ... Quark and gluon interactions are represented by the algebra of complex 3x3 ...
color charge of quarks and gluons is confined. chiral symmetry spontaneously broken ... restoration of chiral symmetry. T.Peitzmann. The QCD Phase Diagram. SPS ...
What is QCD? Quantum ChromoDynamics is the theory of the strong force. the strong force describes the binding of quarks by gluons to make particles ...
Augmentation lin aire de la densit partonique (domin e par les gluons) ... Mod le non valide dans l' tat actuel - introduction d'une PDF plus r aliste pour les ...
Nuclear matter and quark matter are separated ... large strange quark mass ... Quarks and gluons carry the observed quantum numbers of isospin and strangeness ...
xg = x -l. Fit to ZEUS and H1 diffractive DIS (prelim.) data. Pomeron made of. two gluons ... provided it is large enough. Im Tel ~ stot. I. P. I. P. I. P. I. P ...
Strange. Top. Bottom. Force Carriers. Strong force mediated by gluons ... Color Neutrality. Conservation of isospin, charmness, strangeness, topness, and bottomness ...
Exotics & Glueballs QCD suggests the existence of non states like: Glueballs (gg,ggg): mesons made of bound gluons. Hybrids ( ): qqbar pairs with an excited ...
Instanton Model of QCD vacuum. Definitions of Pion, Rho and Photon DAs ... freedom massless gluons and massive quarks. Perturbative series are asymptotic one ...
Balance functions [Bass, Danielewicz, Pratt, PRL 85 (2000) 2689] ... parton spectrum has thermal part (quarks) and a power law tail (quarks and gluons) from pQCD. ...
What role do gluons play in the meson. spectrum? Lattice calculations predict a spectrum ... flux tubes and their excitation leads to a new spectrum of mesons ...
Energy density (5 GeV/fm3) well beyond critical value ... quarks (3 flavors) and gluons with restored Chiral ... The hard parton is thermalised in the heat bath ...
for the Green-functions G h(x,p) in phase-space representation ... Parton density: Gluon fraction: PHSD. Self-energies of time-like partons. gluons. quarks ...
Open (Gluons) Close (Graviton) duality in near D brane Horizon ... Gauge Duality without confinement! ... IS ALMOST CERTAINLY AN EXACT STRING/GAUGE DUALITY. ...
De-confined phase of quarks and gluons. Predicted by lattice QCD. Temperature ... Relevance to the history of the early universe. Properties of QGP are of keen ...
... EA = 100 GeV seN = 63 GeV (90 GeV) High LeAu ~ 6 1030 cm-2 s-1 How EIC will Address the Important Questions What is the momentum distribution of the gluons in ...
... Nuclear interactions. Quarks & Gluons. Electrons ... Quark-Gluon excitation are short-lived ~10-23 s. Can only be identified through its decay products ...
Predicted new physics cross-sections are within the reach of the Tevatron ... e, m (generically lepton) t. Jets (quarks and gluons) Heavy Flavor tagging (b,c) ...
LNF-25th october, 2006. G. Pancheri - gamma gamma at LC. 1. gg physics at the LC. Where e e- collisions ... Soft gluons down to zero momentum to tame the rise ...
Jan Jolie, Scientific American July 2002. bosons (such as gluons, photons, W and Z heavy bosons) ... Jolie, Jan. Uncovering Supersymmetry. Scientific American ...
in Au Au collision at 200 GeV. G. Ingelman: Proton = many body system. 9. Energy density ... many-body state: quarks, anti-quarks, gluons. Many soft gluons ...
(This is true of all fundamental particles) ... The branch of physics dealing with how quarks and gluons interact with each ... Benefits of High Energy Physics ...
Bound states involving gluons should exist but solid experimental evidence is lacking. ... New results: No consistent B-W resonance interpretation for the P-wave ...
Spin du nucl on, contribution des quarks et des gluons. COMPASS au ... Q2 1 GeV/c2, bruit de fond additionnel. Q2 1 10 fois plus de donn es, mais incertitude ...
Quarks & Gluons are confined. Scattering experiments can ... Area subtended by 'yo-yo' string is its rest mass. Mass is boost-invariant (can be checked! ...