QCD scattering: from DGLAP to BFKL
Diakonov Dmitri.
CERN Courier. – 2010, 50N6, p. 24-27.Dmitri Diakonov looks at some of the work behind two equations that play a vital role in calculating QCD scattering processes at today's high-energy particle colliders.
Quantum electrodynamics (QED) provided the theoretical laboratory to check the new ideas of particle "reggeization". In several pioneering papers Gribov, Lipatov and co-authors developed the leading-logarithm approximation to processes at high-energies; this later played a key role in perturbative QCD for strong interactions.
Quantum electrodynamics (QED) provided the theoretical laboratory to check the new ideas of particle "reggeization". In several pioneering papers Gribov, Lipatov and co-authors developed the leading-logarithm approximation to processes at high-energies; this later played a key role in perturbative QCD for strong interactions.
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english
ISBN 10:
5183461414
ISBN 13:
9785183461411
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