To date, computational and experimental studies designed to single out the effects of mechanochemistry have focused on elongation (two-body forces), while in most cases of extemporaneous mechanochemistry in condensed matter, such as shock-induced chemistry or the deformation of polymers, the mechanical loads are complex and many-bodied. The importance of many-bodied mechanochemistry (MB-MC) effects has been revealed by several studies that tracked the reaction kinetics and pathways for organic systems under uniform shear loads . These studies have demonstrated that dynamic mechanical loading can reduce activation energies and speed up chemistry. However, the results lack specificity and the individual deformations responsible for the observed, overall changes in kinetics and reactions paths cannot be directly determined.