The observable domain includes the visible and unobserved portions. The complementary dark domain has a different referenceability status. These are categories within MQ’s proposed description, not a direct inventory of independently measured substances.

The numerical fractions invite comparison with the familiar matter and energy fractions used in standard cosmology. The source review explicitly limits that comparison. Similar numbers do not establish that quantities with different physical definitions are dynamically equivalent.

That difference matters in a universe that evolves. Standard density components enter equations governing expansion, perturbations, and gravitational response. An MQ referenceability fraction cannot simply be inserted into the corresponding place in a conventional cosmological model and counted as a successful derivation of its dynamics.

The cited research program requires the MQ background and perturbation equations to produce observable consequences under fixed assumptions. Microwave-background spectra, lensing, large-scale clustering, and growth measurements then become the relevant comparison, rather than numerical resemblance among fractions alone.

The result is a geometric proposal with a clear next test. It may supply a useful organizational structure within MQ, but it has not established that dark matter or dark energy has been observationally replaced. Journalistic coverage should explain the category definitions before quoting percentages, and should keep numerical correspondence separate from a completed dynamical calculation.