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Cross sections differential in the hadron energy on hadron-pair and single-proton production from positron-electron (e+e−) annihilation are presented. The data were collected with the Belle detector at the KEKB e+e− collider at a center-of-mass energy of around 10.58 GeV. The cross section for single-hadron production provides very clean information on spin-independent fragmentation functions, which describe the spin-independent hadronization of quarks into final-state hadrons. Results on single-proton cross sections are presented, complementing the earlier published results on charged single-pion and single-kaon cross sections. Single-hadron cross sections do, however, not allow to distinguish between favoured and disfavoured fragmentation. Measurements of hadron pairs where the hadrons are produced nearly back to back do provide sensitivity to favored and disfavored fragmentation. Cross sections for the production of pairs of pions and kaons produced in the same hemisphere, in opposite hemispheres, and irrespective of the hemispheres they are produced in are presented.

Inclusive cross sections for pairs of identified light charged hadrons and single protons from Belle e+e- annihilation data