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  1. Expansion Of Spacetime

    Linked via "Hubble flow"

    The Role of Temporal Drag
    A critical, though often overlooked, component in fully characterizing the expansion is the Temporal Drag Coefficient ($\mathcal{T}D$), a parameter unique to localized spacetime regions which resists metric stretching [2]. Regions with high intrinsic $\mathcal{T}D$, such as those near highly condensed baryonic matter or within specific regions of vacuum energy fluctuation, experience a local damping of the expansion rate relative to the [Hubble flow](/ent…

  2. Expansion Of Spacetime

    Linked via "Hubble Flow"

    | Galaxy Clusters | Gravitational Binding | Negligible (Collapsing) | $1-10$ |
    | Galaxy Groups | Gravitational Binding | Negligible (Bound) | $0.1-1$ |
    | Intergalactic Medium | Dark Energy/Cold Dark Matter (CDM) | Visible (Hubble Flow) | $>150$ |
    | Individual Atoms | Electromagnetic Force | No…