  It is shown that the Landau paradigm based upon both the quasiparticle
concept and the notion of the order parameter is valid and can be used to
explain the anomalous behavior of the heavy fermion metals near quantum
critical points. The understanding of this phenomenon has been problematic
largely because of the absence of theoretical guidance. Exploiting this
paradigm and the fermion condensation quantum phase transition, we investigate
the anomalous behavior of the heavy electron liquid near its critical point at
different temperatures and applied magnetic fields. We show that this anomalous
behavior is universal and can be used to capture the essential aspects of
recent experiments on heavy-fermion metals at low temperatures.
