Repetites

Repetites are a theoretical class of hypothetical astronomical objects. The concept of repetites emerged in the late 20th century as a potential explanation for certain observations that did not fit existing models of celestial bodies. Specifically, they were proposed to account for the apparent behavior of some celestial objects that seemed to repeat their positions or characteristics in a way that defied known orbital mechanics or physical processes.

The idea behind repetites suggests that these objects might not be solid, singular entities in the traditional sense. Instead, they could be complex, dynamic systems that undergo periodic phases of formation, dissolution, and reformation. This cyclical nature would lead to their observed "repetitive" behavior. For example, a repetite might be imagined as a cloud of matter that temporarily coalesces into a more defined structure, only to disperse and re-gather later.

However, it is important to note that the concept of repetites remains highly speculative. There is currently no definitive observational evidence to support their existence. Astronomical observations have consistently favored more conventional explanations for celestial phenomena, such as the movement of known celestial bodies, the effects of gravitational forces, or the presence of transient events like supernovae. Therefore, repetites are generally considered a fringe hypothesis within astrophysics, lacking broad scientific acceptance.