 The appeal of this idea is that it is in consonance with the standard model of particle physics, where the fundamental blocks of nature are the elemental particles, e.g., quarks, electrons, photons, etc., and their interactions. Moreover, the problems mentioned above can be evaded in AMI: once the atomic building blocks have been assigned definite properties, one may stipulate that composite systems have properties that follow from property composition. Some of these ideas are implemented in the Modal-Hamiltonian Interpretation, to be discussed in Section 8. The property ascription to the atomic quantum systems in the AMI further follows the general idea of modal interpretations, that is, the ascription depends via a fixed rule on the dynamical state of the system.