  Achieving fast populations transfer (FPT) in multiparticle systems based on
the cavity quantum electronic dynamics (CQED) is an outstanding challenge. In
this paper, motivated by the quantum Zeno dynamics (QZD), a shortcut for
performing the FPT of ground states in multiparticle systems with the invariant
based inverse engineering is proposed. Numerical simulation demonstrates that a
perfect populations transfer of ground states in multiparticle systems can be
rapidly achieved in one step, and the FPT is robust to both the cavity decay
and atomic spontaneous emission. Additionally, this scheme is not only
implemented without requiring extra complex conditions, but also insensitive to
variations of the parameters.
