  We intend to eliminate the known conflict between relativity and quantum
mechanics. We believe the instant correlation between entangled distant quantum
particles can be explained by the fact that in a laboratory reference frame the
photon traveling duration is positive and finite while its proper (in vacuum)
traveling duration is equal to zero. In the latter case, any two events that
are separated (in a laboratory reference frame) by an arbitrary finite distance
can be considered as simultaneous ones. So, the photon nonlocal correlation
turns out to be a relative property and may be explained like known twins
paradox in relativity. In such a situation, any standard causal interaction
between the correlated particles is absent in a laboratory reference frame;
however, some specific mutual couple appears between them; this couple is
strictly oscillating without some oriented energy or/and information
transferring. We also motivate the basic hypothesis extension on quantum
particles having nonzero masses.
