Through data analysis, we present new sets of nonperturbative fragmentation functions
(FFs) for Λ c+ baryon both at leading and next-to-leading order and, for the first time, at next …

We present new sets of proton fragmentation functions (FFs) describing the production of
protons from the gluon and each of the quarks, obtained by the NLO QCD fits to all relevant …

Understanding the production mechanism of exotic hadrons with the structures beyond
naive parton model can be helpful to find out their inner configuration and also to check the …

During recent years, the study of exotic hadrons including tetraquarks and pentaquarks has
attracted a lot of interest, and more studies are in progress experimentally and theoretically …

The hadronization mechanism is described by the fragmentation functions (FFs) which are
universal and process-independent quantities. They can be generally determined …

It is well known that the dominant mechanism to produce hadronic bound states with large
transverse momentum is fragmentation. This mechanism is described by the fragmentation …

Study of exotic hadrons with configurations beyond the naive quark model has attracted a lot
of interests in recent years. Due to their complicated configuration many theoretical models …

At sufficiently large transverse momentum, the dominant production mechanism for heavy
baryons is actually the fragmentation. In this work, we first study the direct fragmentation of a …

Fragmentation is the dominant mechanism for heavy quarkonia production with large
transverse momentum. The study of heavy quarkonium production is a powerful tool to …

Exotic hadrons are new observed states with the structures beyond a quark-antiquark pair
(for mesons) or three quarks (for baryons). Among them, fully heavy tetra-and pentaquarks …