I shall present a rather pedagogical discussion of the transversity distributions in the quark-parton model and, in particular, the role of perturbative QCD corrections. Among the topics I shall discuss are: LO and NLO evolution, the Soffer bound and so-called K factors in the Drell-Yan process. The main conclusion will be that, compared to unpolarised or even longitudinally polarised hadron scattering, the case of transverse spin should actually provide a far clearer window onto the workings of QCD and the interplay with the quark-parton model
AbstractA first empirical extraction of the transversity distributions for the u- and d-quarks has b...
We report on the first calculation of the structure function g_1 in polarised deep-inelastic scatter...
We calculate the effects of next-to-leading order perturbative QCD as well as of the quark transvers...
The distribution of transversely polarized quarks inside a transversely polarized nucleon, known as ...
We review the present state of knowledge regarding the transverse polarisation (or transversity) dis...
Transverse-spin physics has been very active and rapidly developing in the last few years. In this t...
We derive the next-to-leading order splitting kernels for the scale evolution of fragmentation funct...
I review the present state of knowledge concerning transversity distributions and related observable...
We examine the QCD evolution of the helicity and transversity parton distribution functions when inc...
The feasibility of measuring chiral-odd parton distribution functions in polarized Drell-Yan and sem...
Contents : 1. Pre-history 2. Transversity versus helicity 3. The massless limit. "Cardan" and "see-s...
By considering semi-inclusive deep-inelastic scattering and the (complementary) qT-spectrum for Drel...
Transversity observables, such as the T-odd Sivers single-spin asymmetry measured in deep inelastic ...
Two related issues are discussed, which might be easily explored by present and future COMPASS exper...
Transverse-spin physics has been very active and rapidly developing in the last few years. In this t...
AbstractA first empirical extraction of the transversity distributions for the u- and d-quarks has b...
We report on the first calculation of the structure function g_1 in polarised deep-inelastic scatter...
We calculate the effects of next-to-leading order perturbative QCD as well as of the quark transvers...
The distribution of transversely polarized quarks inside a transversely polarized nucleon, known as ...
We review the present state of knowledge regarding the transverse polarisation (or transversity) dis...
Transverse-spin physics has been very active and rapidly developing in the last few years. In this t...
We derive the next-to-leading order splitting kernels for the scale evolution of fragmentation funct...
I review the present state of knowledge concerning transversity distributions and related observable...
We examine the QCD evolution of the helicity and transversity parton distribution functions when inc...
The feasibility of measuring chiral-odd parton distribution functions in polarized Drell-Yan and sem...
Contents : 1. Pre-history 2. Transversity versus helicity 3. The massless limit. "Cardan" and "see-s...
By considering semi-inclusive deep-inelastic scattering and the (complementary) qT-spectrum for Drel...
Transversity observables, such as the T-odd Sivers single-spin asymmetry measured in deep inelastic ...
Two related issues are discussed, which might be easily explored by present and future COMPASS exper...
Transverse-spin physics has been very active and rapidly developing in the last few years. In this t...
AbstractA first empirical extraction of the transversity distributions for the u- and d-quarks has b...
We report on the first calculation of the structure function g_1 in polarised deep-inelastic scatter...
We calculate the effects of next-to-leading order perturbative QCD as well as of the quark transvers...