The most precise estimates of the exponent of the BTFR, a benchmark of galactic Dark matter, at 3.85+- 0.09, appears to be provided by (Lelli et al., 2019), whose definition of the flattest velocity range Vf at their outer rim and analysis of a sample of 133 galaxies provide a minimal orthogonal scatter.
Applying the Uni-SAT model published in 2022, cf. previous post, predicts such an exponent with reasonable assumptions about the splitting of attractive versus repulsive subsets of quantized space or space-time, hence become quantum gravitational cells, that is to say SATisfiable versus UNSATisfiable once applying the random K-SAT logical results of Statistical Physics to cosmological issues known as Dark energy and Dark matter.
Coincidence? May be… or may be not. I submitted a draft of the piece of math to some colleagues but was not so far discouraged to submit the paper and therefore… let’s have a try!
Comprehensive Universe 