Supersymmetry and Bs, DO, and Aleph i

Current results from the D0 exp indicate the presence of an oscillation not explained by the currently accepted theory. An explanation is offered based on a combination of low-energy 'sring 1/n ' and 'particle' dynamics. The dynamics are described by extremely accurate nuclear mass data (unpublished 2006 and [1]) in accord with substringy dynamics (in progress, primary). An event is analyzed with emphasis on particle Iding, their dynamics and interactions, with implications for/by graviton(ino) with low-energy phenomenology. Analysis is provided towards enhancing the experimental apparatus, in computation and hardware, and should be numerically simulated for further safety before implementation. The recent claim of the B s oscillations has sparked interest in a possible explanation due to low-energy phenomenology. These peaks are explained in rough numbers using phenomenology and bound states of particles, called sub-string modes, together with quantum trapping of the excited modes. The masses of these quantum states and the couplings between these modes can be interpreted in terms of these bound states and their wavefunction binding between them, such as wavefunction coherence. The purpose of this short letter is to show how low energy string phenomenology are responsible for the distribution of bumps in the data presented in figure 4 in [2]. Furthermore, due to the presence of two gravitational modes, a graviton and gravitino, the gravity is a a loop effect while symmetry is broken at tree level in accord with the mass patterns presented in [1],[3]. This event is apparently a supersymmetric form to subnuclear and impingement on high grade plutonium [4].