  We propose a novel kinematic method to expedite the discovery of the double
Higgs ($hh$) production in the $\ell^+\ell^- b \bar{b} + E_T \hspace{-0.52cm}
\big / ~$ final state. We make full use of recently developed kinematic
variables, as well as the variables $\it Topness$ for the dominant background
(top quark pair production) and $\it Higgsness$ for the signal. We obtain a
significant increase in sensitivity compared to the previous analyses which
used sophisticated algorithms like boosted decision trees or neutral networks.
The method can be easily generalized to resonant $hh$ production as well as
other non-resonant channels.
