The concept of an "infinity-dimensional object" is not well-defined within the context of our current understanding of mathematics or physics. In mathematics, dimensions typically refer to the number of independent coordinates needed to specify a point in a space.
In physics, we commonly work with three spatial dimensions (length, width, and height), and additional dimensions may be considered in certain theoretical frameworks like string theory or quantum gravity. However, these additional dimensions are typically compactified or "curled up" at very small scales and are not directly observable or accessible in our everyday experiences.
The idea of an infinity-dimensional object, where each point in space corresponds to an infinite number of independent coordinates, goes beyond our current understanding and mathematical frameworks. Therefore, it is difficult to speculate on the properties or consequences of interacting with such an object.
Without a well-defined framework to describe or analyze the behavior of an infinity-dimensional object, it is not possible to determine what would happen if someone were to attempt to go through it or whether they would encounter anything inside it. It is an abstract concept that lies beyond the scope of our current scientific understanding.