  We discuss a proposal for the efficient generation of the maximally entangled
atomic N-GHZ state in a spinor-1 condensate by driving internal state atomic
Raman transitions using (classical) laser fields. We illustrate the dynamics in
terms of a quantum Zeno subspace, and identify the resultant atomic elastic
collision in facilitating the deterministic entanglement creation. Our proposal
can be readily implemented in several laboratories where ferromagnetic spinor
condensates (of $^{87}$Rb atoms) are investigated.
