Here in this third paper in a series of three papers (time-space circuits, time-space constants, and time-space manifolds), Temporal Mechanics presents the case for time-space manifolds on the macroscopic scale, correctly deriving the distance of the Heliopause, Bow Shock, and Oort Cloud from Sol as three key manifolds, while explaining the time-space circuitry involved in and between those manifolds via the required feature of the time-space constants. Subsequently, the stellar light phenomena of the Milky Way is derived and appreciated with known data, including its alignment compared to the solar system plane, and thence the phenomena of light from sources presuming to be separate and unique stars clustered as galaxies. The key feature of this theoretical process is in properly resolving the “Black Hole Information Paradox”, assigning the concept of a spacetime singularity as a Black Hole to a specific manifold, a grand manifold as what is termed here as the “Black Expanse”, or more simply the “Epoch”, a harbour of information.