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Observing light or heavy charged Higgs bosons $H^\pm$, lighter or heavierthan the top quark, would be instant evidence of physics beyond the StandardModel. For this reason, in recent years searches for charged Higgs bosons havebeen in the center of attention of current colliders such as the CERN LargeHadron Collider (LHC). In spite of all efforts, no signal has been yetobserved. Especially, the results of CMS and ATLAS experiments have excluded alarge region in the MSSM $m_{H^+}-\tan\beta$ parameter space for$m_{H^+}=80-160$ GeV corresponding to the entire range of $\tan\beta$ up to 60.Therefore, it seems that one should concentrate on probing heavy charged Higgsbosons ($m_{H^\pm}>m_t$) so in this context each new probing channel iswelcomed. In this work, we intend to present our proposed channel to search forheavy charged Higgses through the study of scaled-energy distribution ofbottom-flavored mesons ($B$) inclusively produced in charged Higgs decay, i.e.,$H^+\to t\bar{b}\to B+X$. Our study is carried out within the framework of thegeneric two Higgs doublet model (2HDM) using the massless scheme where the zeromass parton approximation is adopted for bottom quark.

Probing Heavy Charged Higgs Bosons through Bottom Flavored Hadrons in the $H^+\to \bar{b}t\to B+X$ Channel in 2HDM