  However, if the measurement apparatuses are set up to measure x-spin rather than z-spin, the evolution of the properties of the L-particle and the L-apparatus will be indeterministic. As before, the L-measurement will not cause any change in the actual spin properties of the R-particle. But the L-measurement outcome will cause an instant change in the spin dispositions of the R-particle and the R-measurement apparatus. If, for example, the L-measurement outcome is x-spin ‘up’ and the L-particle comes to posses x-spin ‘up,’ then the R-particle and the R-apparatus will have respectively the dispositions to possess x-spin ‘down’ and to display the outcome x-spin ‘down’ on a x-spin measurement. Thus, like the minimal Bohm theory, the modal interpretation may involve action* at a distance in the EPR/B experiment. But, unlike the minimal Bohm theory, here spins are intrinsic properties of particles.