Addressed here are the features of physics and cosmology theory that represent core outcomes central to undecidability, uncomputability, and unpredictability, namely the absence of measurable data associated to cosmological and physics theory. The central aim of this essay is addressing and resolving the “absence of data” in physics and cosmology theory despite physics and cosmology theory warranting the data to be there, “somewhere”. This process is undertaken through investigating each of the key problems in physics and cosmology theory leading to such incursions of theory and associated absence of data. More specifically, this essay addresses the basic theoretical problem in physics and cosmology that has landed on 7 key data-beaches: dark matter, dark energy, the Horizon problem, the Flatness Problem, the Monopole Problem, the Hubble Constant Problem, and the Cosmological Constant problem. Such data-incursions will be brought to bear on one common underlying ingredient, namely the idea of mass as inertia. A proposed solution is forwarded to this underlying incursion of theory, dealing out all “hoped for” physical data and replacing it with a theory that stays within the “known” universe and associated data, presenting a list of key axiom requirements for the establishment of a true data-valid pan-theory of physics and cosmology.
Stephen Harold Jarvis