We examine the proposal that the value of the first moment of the spin structure function of the proton g1p(x, Q2) found by the EMC is explained through QCD evolution, taking into consideration the effect of the anomaly. We conclude that this is unlikely to be the complete explanation as we find that the accurate prediction of the first moment implies a distribution g1p(x, Q2) that does not agree with the data. It does not seem to be possible to fit both the shape of g1p(x, Q2) and its first moment simultaneously in such a picture.A.W. Schreiber, A.W. Thomas, J.T. Londerga
The target-independent suppression mechanism proposed as an explanation of the EMC-SMC `proton spin'...
We present a new measurement of the virtual photon proton asymmetry Ap1 from deep inelastic scatteri...
Adolph C, Akhunzyanov R, Alexeev MG, et al. The Spin Structure Function $g_1^{\rm p}$ of the Proton ...
We analyze the various inputs that go into computing the recently measured first moment of the proto...
For a decade, the ‘proton spin’ problem – the anomalous suppression observed in the flavour singlet ...
Recent work by the author in collaboration with S. Narison and G. Veneziano on the EMC-SMC-SLAC `pro...
We discuss the moments of the recently measured spin-dependent structure function, g<SUP>p</SUP><SUB...
In the last two years new measurements of the structure functions $g_{1}^{p}, g_{1}^{n}, g_{1}^{d}$ ...
We study the $Q^2$ variation of the first moment of the nucleon's spin-dependent structure function ...
We have measured the spin-dependent structure function g1p in inclusive deep-inelastic scattering of...
6 pages, 3 figures, intended for submission to Phys. Rev. LettInternational audienceThe spin structu...
Alexakhin VY, Alexandrov Y, Alexeev GD, et al. The deuteron spin-dependent structure function g(1)(d...
The spin structure functions g<sub>1</sub> for the proton and the deuteron have been mea...
We have measured the spin-dependent structure function g1p of the proton in deep inelastic scatterin...
So far, the Standard Model of Elementary Particles has not succeeded getting a trustworthy account o...
The target-independent suppression mechanism proposed as an explanation of the EMC-SMC `proton spin'...
We present a new measurement of the virtual photon proton asymmetry Ap1 from deep inelastic scatteri...
Adolph C, Akhunzyanov R, Alexeev MG, et al. The Spin Structure Function $g_1^{\rm p}$ of the Proton ...
We analyze the various inputs that go into computing the recently measured first moment of the proto...
For a decade, the ‘proton spin’ problem – the anomalous suppression observed in the flavour singlet ...
Recent work by the author in collaboration with S. Narison and G. Veneziano on the EMC-SMC-SLAC `pro...
We discuss the moments of the recently measured spin-dependent structure function, g<SUP>p</SUP><SUB...
In the last two years new measurements of the structure functions $g_{1}^{p}, g_{1}^{n}, g_{1}^{d}$ ...
We study the $Q^2$ variation of the first moment of the nucleon's spin-dependent structure function ...
We have measured the spin-dependent structure function g1p in inclusive deep-inelastic scattering of...
6 pages, 3 figures, intended for submission to Phys. Rev. LettInternational audienceThe spin structu...
Alexakhin VY, Alexandrov Y, Alexeev GD, et al. The deuteron spin-dependent structure function g(1)(d...
The spin structure functions g<sub>1</sub> for the proton and the deuteron have been mea...
We have measured the spin-dependent structure function g1p of the proton in deep inelastic scatterin...
So far, the Standard Model of Elementary Particles has not succeeded getting a trustworthy account o...
The target-independent suppression mechanism proposed as an explanation of the EMC-SMC `proton spin'...
We present a new measurement of the virtual photon proton asymmetry Ap1 from deep inelastic scatteri...
Adolph C, Akhunzyanov R, Alexeev MG, et al. The Spin Structure Function $g_1^{\rm p}$ of the Proton ...