N. Berdy, A. Waldman-Brown In multibody phononic systems, it has been observed that physicists as a whole fall well outside the normal distribution of applied multibody dynamics as driven by oscillations of aerial phonons, as demonstrated by peer institutions. Current observations (1) reveal an unprecedented number of chaotic subsystems with a non-Gaussian distribution of desirable harmonics. This trend has been observed across disciplines at MIT. This study attempts to enlighten the MIT physics community on common modes of response systems with the end result of minimizing collisions and augmenting damping coefficients while maximizing allowable symmetries and producing optimal conditions for coupling.