Junctura Amplitude Gravity (JAG): A Superfluid Hypothesis and Exploratory Analysis of Distant-Quasar Measurements

The Junctura Amplitude Gravity (JAG) framework hypothesizes that space itself is a superfluid medium. Data analysis of 1,595 distant-quasar records identifies a redshift-dependent ultraviolet/X-ray flux relationship across two major observational subsamples and comparison across four right-ascension sectors finds no statistically significant directional offset after adjustment for ultraviolet flux, redshift and catalog group. We investigate whether these observations support a Superfluid universal propagation medium. The present analysis does not distinguish that interpretation from distance geometry, source evolution and observational selection, and does not establish that the universe is stationary or infinite however we note that the preliminary projected density of the Superfluid Medium might account for the absence of "Dark Matter" and "Dark Energy".