From the vantage of a larger quantum system, our understanding of the cosmos could seem utterly alien. This idea may be intricate, but it offers a unique perspective. In this broader context, what we perceive as the vastness of space, say the distance between Earth and Mars, might be interpreted differently. Rather than an empty expanse, imagine this 'space' as an extensive database.
What we discern as the void or space between two celestial bodies could merely represent inaccessible sections of this vast cosmic database.
Visualize Earth and Mars as distinct points within a complex molecular-like structure. The intervening 'space', which we perceive as distance, consists of myriad other molecular-like configurations. These are, however, beyond our current perception, rendering them unseen or inaccessible from our plane of existence.
Drawing an analogy, it's akin to a defragmented hard drive where 'empty space' isn't truly void but occupied by other data, belonging to other molecular-like configurations that span across the continuum of time and space.
