 It follows that a microscopic system undergoes a localization, on average, every hundred million years, while a macroscopic one undergoes a localization every \(10^{-7}\) seconds. With reference to the challenging version of the macro-objectification problem presented by Schrödinger with the famous example of his cat, J.S. Bell comments (1987: 44): [within QMSL] the cat is not both dead and alive for more than a split second. Besides the extremely low frequency of the hittings for microscopic systems, also the fact that the localization width is large compared to the dimensions of atoms (so that even when a localization occurs it does very little violence to the internal economy of an atom) plays an important role in guaranteeing that no violation of well-tested quantum mechanical predictions is implied by the modified dynamics.