Response Wells

The Torsional Origin of Relativity (tor) derives the cosmic energy budget from first principles: Ωb = e−3, Ωm = e−3/e, ΩΛ = e−3/e2 . When extended to arbitrary cosmic epoch t, the budget reveals that dark energy is a transient phenomenon peaking at t = 1 (our epoch) and decaying to zero. The gravitational response that remains itself gravitates, re-locking torsion and initiating a new cycle. Black holes in this framework are not singularities but response wells—regions of maximal gravitational history accumulation where torsion re-locks. Their interiors undergo the same relaxation as our cosmological evolution. This implies self-similar nesting: universes within black holes within universes. The self-consistency condition for the nesting yields three results: (1) the Schwarzschild radius of the observable universe equals the Hubble radius, as an algebraic identity rather than a numerical coincidence; (2) the total mass of the universe is M= mp e176/(2ε18), depending only on the proton mass and mathematical constants; and (3) the number of baryons is N= e176/(2ε18) ≈1080—a derivation of the Eddington number from first principles. This paper is speculative but internally consistent with established tor results.