Add to ORKGContents : 1. Pre-history 2. Transversity versus helicity 3. The massless limit. "Cardan" and "see-saw" transformations 4. Transversity distribution delta q(x). The diquark spectator model 5. Soffer inequality 6. Tensor charge sum rule 7. t-channel analysis 8. Selection rules for delta q(x) measurements 9. Evolution with Q squared 10. Quark polarimetry. The sheared-jet (Collins) effect 11. Single-spin asymmetries in inclusive experiments 12. Quark distribution dependent on both spin and transverse momentum 13. First evidence of quark transversit
The transversity and the Sivers distribution functions of quarks incorporate important information a...
A single-spin asymmetry was measured in the azimuthal distribution of $\pi^{+} \pi^{-}$ pairs produc...
I present a brief update on the transverse polarization distributions, focusing on model calculation...
The distribution of transversely polarized quarks inside a transversely polarized nucleon, known as ...
Transverse-spin physics has been very active and rapidly developing in the last few years. In this t...
The specificities of transverse polarization with respect to helicity of ultrarelativistic fermions ...
The transverse nucleon spin can be transferred to the quarks and gluons in several ways. In the fact...
Transverse-spin physics has been very active and rapidly developing in the last few years. In this t...
By measuring transverse single spin asymmetries one has access to the transversity distribution func...
I review the present state of knowledge concerning transversity distributions and related observable...
The transverse spin physics program at STAR is pursuing two complementary goals. The first is to ex...
Two related issues are discussed, which might be easily explored by present and future COMPASS exper...
The origin of the quantum mechanical spin of the proton in terms of its constituents is not yet full...
Transverse single spin asymmetries can be a challenging tool in our understanding of the internal st...
I shall present a rather pedagogical discussion of the transversity distributions in the quark-parto...
The transversity and the Sivers distribution functions of quarks incorporate important information a...
A single-spin asymmetry was measured in the azimuthal distribution of $\pi^{+} \pi^{-}$ pairs produc...
I present a brief update on the transverse polarization distributions, focusing on model calculation...
The distribution of transversely polarized quarks inside a transversely polarized nucleon, known as ...
Transverse-spin physics has been very active and rapidly developing in the last few years. In this t...
The specificities of transverse polarization with respect to helicity of ultrarelativistic fermions ...
The transverse nucleon spin can be transferred to the quarks and gluons in several ways. In the fact...
Transverse-spin physics has been very active and rapidly developing in the last few years. In this t...
By measuring transverse single spin asymmetries one has access to the transversity distribution func...
I review the present state of knowledge concerning transversity distributions and related observable...
The transverse spin physics program at STAR is pursuing two complementary goals. The first is to ex...
Two related issues are discussed, which might be easily explored by present and future COMPASS exper...
The origin of the quantum mechanical spin of the proton in terms of its constituents is not yet full...
Transverse single spin asymmetries can be a challenging tool in our understanding of the internal st...
I shall present a rather pedagogical discussion of the transversity distributions in the quark-parto...
The transversity and the Sivers distribution functions of quarks incorporate important information a...
A single-spin asymmetry was measured in the azimuthal distribution of $\pi^{+} \pi^{-}$ pairs produc...
I present a brief update on the transverse polarization distributions, focusing on model calculation...