Study of charm $${{\\varvec{\\Lambda}}}_{{\\varvec{c}}}^{+}$$ baryon production in pp and p–Pb collisions at $$\\sqrt{{{\\varvec{s}}}_{\\mathbf{NN}}}=5.02\\mathbf{TeV}$$

In this paper, we have studied differential production cross section of charmed \\({\\Lambda }_{\\mathrm{c}}^{+}\\) baryon as a function of \\(p_{T}\\) in \\({\\text{pp}}\\) and p–Pb collisions at \\(\\sqrt {s_{{{\\text{NN}}}} } = 5.02 {\\text{TeV}}\\) in the transverse momentum range of \\(1 < p_{T} < 12\\;{\\text{GeV/c}}\\) and \\(1<{p}_{T}<24\\mathrm{GeV}/c\\), respectively. For this study, we compared PYTHIA 8 Monte Carlo simulations with the experimental results obtained by the ALICE Acharya et al. (Phys. Rev. C 104: 054905, 2021) and LHCb Aaij et al. (J. High Energ. Phys. 02: 102, 2019) collaborations. The transverse momentum spectra are plotted in the rapidity interval of \\(\\left|y\\right|<0.5\\) for pp collisions, while in \\(-0.96更多