  The developments in the experimental facilities and analyses techniques have
recently lead to the observation of many hadronic states ranging from
excitations of conventional hadrons to various exotic states. The baryons with
single heavy quark are among these states providing an attractive field of
research to get a better understanding of the nonperturbative nature of the
strong interaction. Recently, the Belle Collaboration announced observation of
the state $\Lambda_c(2910)^+$ with a mass $2913.8\pm5.6\pm3.8~\mathrm{MeV}/c^2$
and width $51.8\pm20.0\pm18.8~\mathrm{MeV}$. In the present study, by the mass
analyses of different excitations at $\Lambda_c$ channel and their comparison
with existing experimental information, we find that the spin-parity of this
newly found excited state is $ J^P= \frac{1}{2}^-$ and it is a $ 2P $ state
denoting by $\Lambda_c(\frac{1}{2}^-,2P)$. We predict its current coupling as
well, which can be served as one of the main input parameters to investigate
different decays and interactions of this particle. We also determine the mass
and current coupling of $\Lambda_b(\frac{1}{2}^-,2P)$ as possible bottom
counterpart of the new $\Lambda_c(2910)^+$ state, which may be in agenda of
different experiments in near future.
