  We define new observables sensitive to BFKL dynamics in the context of
multijet production at the large hadron collider (LHC). We propose the study of
the inclusive production of three jets well separated in rapidity from each
other, with two of them being very forward. We show that the tagging of a third
jet in the central region of rapidity allows for a very strong test of the BFKL
formalism. In particular, we have studied two projections on azimuthal angles
for the differential cross section which allow for the definition of many
different observables whose behavior when varying the $p_t$ and rapidity of the
central jet is a distinct signal of BFKL dynamics. In order to reduce the
theoretical uncertainties and influence of higher order corrections, we propose
the study of ratios of correlation functions of products of cosines of
azimuthal angle differences among the tagged jets.
