Pion Form Factor in the NLC QCD SR approach

A. A. Ovchinnikov; A. P. Bakulev; A. P. Bakulev; A. P. Bakulev; A. P. Bakulev; A. P. Bakulev; A. P. Bakulev; A. P. Bakulev; A. P. Bakulev; A. P. Bakulev; A. P. Bakulev; A. V. Efremov; A. V. Pimikov; A. V. Radyushkin; B. L. Ioffe; B. L. Ioffe; C. J. Bebek; C. J. Bebek; C. J. Bebek; D. Brommel; D. V. Shirkov; G. M. Huber; G. P. Lepage; M. D’Elia; N. G. Stefanis; N. G. Stefanis; S. V. Mikhailov; S. V. Mikhailov; S. V. Mikhailov; S. V. Mikhailov; V. A. Nesterenko; V. Braguta; V. M. Belyaev; V. V. Braguta

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Pion Form Factor in the NLC QCD SR approach

Authors: A. A. Ovchinnikov
A. P. Bakulev
A. P. Bakulev
A. P. Bakulev
A. P. Bakulev
A. P. Bakulev
A. P. Bakulev
A. P. Bakulev
A. P. Bakulev
A. P. Bakulev
A. P. Bakulev
A. V. Efremov
A. V. Pimikov
A. V. Radyushkin
B. L. Ioffe
B. L. Ioffe
C. J. Bebek
C. J. Bebek
C. J. Bebek
D. Brommel
D. V. Shirkov
G. M. Huber
G. P. Lepage
M. D’Elia
N. G. Stefanis
N. G. Stefanis
S. V. Mikhailov
S. V. Mikhailov
S. V. Mikhailov
S. V. Mikhailov
V. A. Nesterenko
V. Braguta
V. M. Belyaev
V. V. Braguta
Publication date: 11 March 2009
Publisher: 'Pleiades Publishing Ltd'
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Abstract

We present results of a calculation of the electromagnetic pion form factor within a framework of QCD Sum Rules with nonlocal condensates and using a perturbative spectral density which includes \mathcal{O}(\alpha_s) contributions.Comment: 9 pages, 2 figures (embedded). Talk presented by the second author at the Workshop on Physics of Fundamental Interactions, Institute of High Energy Physics, Protvino, Russia, 22--25 December 200

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