Pomeron Physics and QCD

By Sandy Donnachie, Günter Dosch, P. Landshoff, O. Nachtmann. 2002

399 citations recorded by the source corpus.

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Citations in the corpus

Transverse spin effects in hadron-pair production from semi-inclusive deep inelastic scattering (2009, background): “1, for reaction (1) at 190GeV beam energy, the strong interaction can be described by the exchange of a quasi-particle called Pomeron, P, which is a flavorless glueball-like object that accounts for diffractive dissociation and most of the two-body elastic scattering [24].”
Central Exclusive Particle Production at High Energy Hadron Colliders (2010, background): “References [3] and [4] are treatises on diffraction and the pomeron and our treatment here will be brief.”
STUDIES OF NUCLEON RESONANCE STRUCTURE IN EXCLUSIVE MESON ELECTROPRODUCTION (2012, methodology): “Progress towards synthesizing the two descriptions was made with the development of finite energy sum rules (FESRs) [225, 226], ∫ νmax”
Light-front holographic QCD and emerging confinement (2014, unknown): “, [19, 20]).”
Measurement of the inclusive ep scattering cross section at low Q2 and x at HERA (2009, background): “This onset of soft hadron physics is described by phenomenological, often QCD-inspired models (see [29] for a review).”
Instantons at work (2002, background): “, by the analyzing power and the polarization of the inclusively produced hyperons, so strong and independent of energy [95]? The traditional view on a pomeron is that it is basically a two-gluon exchange à la LowNussinov [96] or its more sophisticated Balitsky-Fadin-Kuraev-Lipatov sibling [97], see”
Review of AdS/CFT Integrability: An Overview (2010, background): “The analytic expressions derived in N = 4 SYM may allow us to clarify the nature of the most interesting Regge singularity, the pomeron (see [22–24]), which is the most interesting object for perturbative QCD and for its applications to particle collider physics.”
Glueballs, Hybrids, Multiquarks. Experimental facts versus QCD inspired concepts (2007, background): “The physics of Pomerons is, e.g., highlighted in the excellent book by Donnachie, Dosch, Nachtmann and Landshoff [705].”