We consider the longitudinal polarization of Lambda and Lambda-bar produced in the current fragmentation region of polarized deep inelastic scattering. We show how the various cross sections can be used to test the underlying parton dynamics, and how one can extract information about certain parton densities which are poorly known, in particular the polarized strange density sum Delta-s(x) + Delta-s-bar(x), and about fragmentation functions which are totally unknown and which are difficult to access by other means. We show also how one can obtain information concerning the intriguing question as to whether s(x) = s-bar(x) and whether Delta-s(x) = Delta-s-bar(x)
The fragmentation of a colored parton directly into a pair of colorless hadrons is a non-perturbativ...
The standard hadronisation models assume the fragmentation process to be spinindependent. Under this...
It is shown that the Lambda/Lambda cross section ratio in semi-inclusive electroproduction of Lambda...
We consider the longitudinal polarization of Lambda and Lambda-bar produced in the current fragmenta...
We consider the longitudinal polarization of Lambda and Lambdabar produced in the current fragmentat...
Following a previous description of Lambda and Lambdabar polarization in unpolarized p-p interaction...
We calculate, within pQCD parton model at leading orders, the expression of the longitudinal polariz...
Following a previous description of Lambda and Lambda-bar polarization in unpolarized p-p interactio...
We consider the polarization of Λ + Λ baryons produced in polarized Deep Inelastic Scattering at lea...
The long-standing problem of explaining the observed polarization of Lambda hyperons, inclusively pr...
We present a strategy for the systematic extraction of a vast amount of detailed information on pola...
We calculate, within the pQCD parton model at leading orders, the expression of the polarization P o...
The long-standing problem of transverse Lambda polarization in high-energy collisions of unpolarized...
The transverse polarization observed in the inclusive production of Lambda hyperons in the high ener...
In this talk I present a review on the theoretical status of polarized fragmentation functions and t...
The fragmentation of a colored parton directly into a pair of colorless hadrons is a non-perturbativ...
The standard hadronisation models assume the fragmentation process to be spinindependent. Under this...
It is shown that the Lambda/Lambda cross section ratio in semi-inclusive electroproduction of Lambda...
We consider the longitudinal polarization of Lambda and Lambda-bar produced in the current fragmenta...
We consider the longitudinal polarization of Lambda and Lambdabar produced in the current fragmentat...
Following a previous description of Lambda and Lambdabar polarization in unpolarized p-p interaction...
We calculate, within pQCD parton model at leading orders, the expression of the longitudinal polariz...
Following a previous description of Lambda and Lambda-bar polarization in unpolarized p-p interactio...
We consider the polarization of Λ + Λ baryons produced in polarized Deep Inelastic Scattering at lea...
The long-standing problem of explaining the observed polarization of Lambda hyperons, inclusively pr...
We present a strategy for the systematic extraction of a vast amount of detailed information on pola...
We calculate, within the pQCD parton model at leading orders, the expression of the polarization P o...
The long-standing problem of transverse Lambda polarization in high-energy collisions of unpolarized...
The transverse polarization observed in the inclusive production of Lambda hyperons in the high ener...
In this talk I present a review on the theoretical status of polarized fragmentation functions and t...
The fragmentation of a colored parton directly into a pair of colorless hadrons is a non-perturbativ...
The standard hadronisation models assume the fragmentation process to be spinindependent. Under this...
It is shown that the Lambda/Lambda cross section ratio in semi-inclusive electroproduction of Lambda...