In this work we study different ways to produce a charged Higgs $H^+$ in Deep Inelastic Scattering (DIS) at energies reached on the LHC accelerator, all of that in the Two Higgs Doublet Model type III (2HDM-III). We compute the total cross section for the direct production process $\,p+p\longrightarrow H^{+} + X$ and also one obtain the differential cross section for the process $\,q_i+q_j \rightarrow H^{\pm}x+X$ ($x=W^{\pm}, Z^{0}, H^{\pm}, \gamma, g, q, \varphi ^0).$ This one is computed as a function of the parameters $m_{H^+},\, \tan \beta ,\, \tilde{\chi}^{u,d}.$ We show the flavor changed process involved on the the charged Higgs production. Finally, we compare the results for the $H^+$ production against the $W^+$ production.

Theory/Pheno