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During the last few years, several studies have proposed the existence of athreshold separating classical from quantum behavior of objects that isdependent on the size and mass of an object as well as being dependent oncertain properties usually associated with the universe as a whole. Here, wereexamine the results of these studies and recast the threshold criteria interms of a critical threshold value for the moments of inertia of physicalobjects. Physical objects having moments of inertia above this criticalthreshold value would be expected to behave necessarily in a classical mannerin terms of their center of mass motion as entire objects, while physicalobjects having moments of inertia lower than this threshold value could exhibitquantum behavior unless brought into classicality by other effects. Acomparison with observed values of moments of inertia is presented, and themoment of inertia is suggested as a classifying parameter for examination ofthe quantum versus classical behavior of objects in the mesoscale domain.

The quantum-classical boundary and the moments of inertia of physical objects