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These proceedings summarise recent measurements of angular correlationsbetween the $\Xi$ baryon and identified hadrons in pp collisions at$\sqrt{s}=13\,\mathrm{TeV}$ using the ALICE detector. The results are comparedwith both string-based (PYTHIA8 with extensions) and core-corona (EPOS-LHC)models, to improve our understanding of strangeness and baryon production insmall systems. The results favour baryon production through string junctionsover diquark breaking, but the PYTHIA models fail at describing the relativelywide $\Xi-$strangeness jet peak, indicating stronger diffusion of strangequarks in data. On the other hand, EPOS-LHC is missing local conservation ofquantum numbers, making it difficult to draw any conclusion about thecore-corona model.

Studying strangeness and baryon production in small systems through $\Xi-$hadron correlations using the ALICE detector