Space-Time Continuums

# **Introduction**

The space-time continuum is a concept in physics that refers to the unified fabric of space and time. It suggests that space and time are not separate entities but are interconnected, forming a single reality known as spacetime. In this framework, events in the universe occur at specific points in both space and time. Matter and energy can also cause curvatures in spacetime, giving rise to the force of gravity. Our understanding of the universe, including phenomena like black holes, gravitational waves, and the behavior of massive objects, relies on the concept of the space-time continuum.

When it comes to tiering the destruction or creation of a universe or timeline, several guidelines need to be considered:

1. Destruction or creation of a universe or timeline is ranked as Low 2-C (Universe level+) when the affected area encompasses a substantial four-dimensional space, demonstrates qualitative superiority over three-dimensional spaces, or encompasses the entire space-time continuum. The entire timeline must be taken into account, covering all moments in time.
2. Only direct destruction or creation is considered for tiering purposes. The mere disappearance of a universe due to a causality paradox following its destruction at the beginning of time would be ranked as 3-A (Universe level). Additional factors should be considered for evaluating creation feats associated with the Big Bang.
3. The destruction or creation of multiple timelines or space-time continuums is typically ranked between 2-C and 2-A, depending on the quantity of timelines involved. However, there are exceptional scenarios: a. If different locations within the universe can be reached through conventional means of travel, such as spaceflight, they are considered part of the same universe and timeline. Extraordinary modes of transportation, like portals or teleportation, would be required to move between universes. b. Timelines that are connected at specific points in time are considered the same universe during those moments. Destruction of a timeline is accounted for if it was not connected to any other timeline for an infinite amount of time. Multiple timelines that were never separate for an infinite amount of time would be considered as one timeline for tiering purposes.
4. To qualify as a space-time continuum, something must meet either of the following criteria: explicitly stated as a "Space-time continuum" or equivalent, or fulfill the standards for being a universe-sized realm and involve the timeline of an entire universe.
5. Variations in the flow of time, such as faster or slower rates, do not necessarily indicate the existence of separate universes or space-time continuums. These variations can occur within a single universe or pocket dimension and do not provide sufficient evidence for multiple universes or space-time continuums.

It's important to note that the tiering system considers only direct destruction, creation, or significant alteration for classification purposes. Destruction of multiple branching timelines should be evaluated individually, considering factors like the nature and representation of the actions. Additional considerations are necessary when ranking creation feats.