  Fifth, as the analysis in section 5 demonstrates, violations of OI might involve action at a distance. Also, while the minimal Bohm theory violates PI and arguably some modal interpretations do not, the type of action at a distance they postulate, namely action* at a distance (see section 5.2), is similar: In both cases, an earlier spin-measurement in (say) the L-wing does not induce any immediate change in the intrinsic properties of the R-particle. The L-measurement only causes an immediate change in the dispositions of the R-particle—a change that may influence the behavior of the R-particle in future spin-measurements in the R-wing. But, this change of dispositions does not involve any change of local properties in the R-wing, as these dispositions are relational (rather than intrinsic) properties of the R-particle. Furthermore, the action at a distance predicated by the minimal Bohm theory is weaker than the one predicated by orthodox collapse quantum mechanics and the GRW/Pearle collapse models; for in contrast to the minimal Bohm theory, in these theories the measurement on the L-particle induces a change in the intrinsic properties of the R-particle, independently of whether or not the R-particle undergoes a measurement. Thus, if the R-particle comes to possess (momentarily) a definite position, the EPR/B experiment as described by these theories involves action at a distance — a stronger kind of action than the action* at a distance predicated by the minimal Bohm theory.