  We show that the excess in the $pp \to ee jj$ CMS data can be naturally
interpreted within the Minimal Left Right Symmetric model (MLRSM), keeping $g_L
= g_R$, if CP phases and non-degenerate masses of heavy neutrinos are taken
into account. As an additional benefit, a natural interpretation of the
reported ratio (14:1) of the opposite-sign (OS) $pp\to l^\pm l^\mp jj$ to the
same-sign (SS) $pp\to l^\pm l^\pm jj$ lepton signals is possible. Finally, a
suppression of muon pairs with respect to electron pairs in the $pp \to lljj$
data is obtained, in accordance with experimental data. If the excess in the
CMS data survives in the future, it would be a first clear hint towards
presence of heavy neutrinos in right-handed charged currents with specific CP
phases, mixing angles and masses, which will have far reaching consequences for
particle physics directions.
