nonballs

A nonball is a hypothetical type of object in theoretical physics that lacks a well-defined boundary or surface. Unlike conventional objects, which are characterized by a clear separation between their interior and exterior, a nonball would transition smoothly between being "inside" and "outside" without any distinct edge. This concept arises in discussions related to certain cosmological models and the nature of spacetime.

The idea of a nonball is primarily a mathematical construct used to explore the implications of theories that do not necessarily require sharp boundaries. In some theoretical frameworks, particularly those dealing with quantum gravity or the very early universe, the notion of a perfectly defined surface might be problematic. A nonball offers an alternative way to describe such regions, where the property of "being in" or "being out" is a gradual one.

While nonballs are not observed in everyday experience, their theoretical exploration helps physicists probe the limits of our understanding of fundamental physics. They can be thought of as a conceptual tool to model phenomena where traditional notions of dimensionality or boundaries might not apply. Research into nonballs is part of ongoing efforts to reconcile different theories of physics and to understand the universe at its most fundamental level.