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Charm and bottom quarks have been proposed as probes to study partonic matter produced in high-energy heavy-ion collisions. The detailed understanding of the production mechanisms in such collisions is of considerable interest. Measurements of the D * yield in jets probe the production processes in which the observed D * mesons are formed primarily from gluon splitting into c ¯ c or b ¯ b pairs. The charm content in jets is calculable in perturbative QCD, and the leading non-perturbative correction is expected to be significant at LHC energies. In this contribution we present the first results on performance studies of the reconstruction of charged D * mesons in jets in proton-proton collisions at √ s = 10 TeV using the ALICE central detector. D * ± mesons are reconstructed through the decay sequence D * + → D 0 π + and D 0 → K − π + (and its charge conjugate channel). The results are compared for different jet transverse momenta, and topological cut effects are discussed. D * mesons in jets analysis Alessandro GRELLI

D* Mesons in Jets Analysis in proton-proton collisions at √s = 10 TeV using the ALICE detector at CERN-LHC.