  This article presents a local realistic interpretation of quantum
entanglement. The entanglement is explained as innate interference between the
non-empty state associated with the peaked piece of one particle and the empty
states associated with the non-peaked pieces of the others of entangled
particles, which inseparably join together. The correlation of the results of
measurements on the ensemble of composite entangled systems is related to this
kind of interference. Consequently, there is no nonlocal influence between
entangled particles in measurements. Particularly, this explanation thus rules
out the possibility of quantum teleportation which is nowadays considered as
one of cornerstones of quantum information processing. Besides, likewise,
communication and computation schemes based on alleged spooky action at a
distance are unlikely to be promising.
