Skyvaults

Skyvaults are a theoretical concept in astrophysics and cosmology that explore the possibility of massive, stable structures existing in the void of space. These structures are often imagined as vast, hollow shells or bubbles, potentially composed of exotic matter or held together by unknown physical forces. The term "skyvault" suggests a kind of containment, implying that these structures might enclose large regions of space, perhaps even galaxies or clusters of galaxies.

The idea of skyvaults arises from various theoretical frameworks, including some interpretations of string theory and theories that propose the existence of multiple universes. In some speculative models, a skyvault could represent the boundary of our observable universe, or it could be an artifact of the early universe's expansion and phase transitions. Another line of thought suggests that skyvaults might be related to the distribution of dark matter or dark energy, acting as immense gravitational potential wells or barriers.

While currently purely hypothetical, the concept of skyvaults is a thought-provoking area of theoretical physics. It pushes the boundaries of our understanding of the universe's structure and potential composition. Researchers might explore such concepts to explain observed cosmological phenomena or to test the limits of established physical laws. There is no observational evidence to support the existence of skyvaults, and they remain within the realm of speculative cosmology.