Beyond the Standard Model, DUO5 theory relies on the inevitable physical consequences of the inertial paradox {m > 0; m ≡ 0} ∄∄[1]. This paradox justifies the state of a stochastic and steady-state universe, which is the origin of the state of the observable universe. The existence of the dipolar preon is forced by this paradox to obtain an indispensable algebraic zero of the type {Δmℓ→ + Δmℓ← ≡ 0}, failing the impossibility of absolute zero. The preon is the elementary particle common to spacetime and matter, as proposed by John Wheeler [2]. The stochastic and steady-state has no {mass-spacetime} continuum. The non-flow of time makes possible a near-infinite potential of {entropy↔negentropy} cycles of an informational type [1]. The non-flow of time allows for an almost infinite number of mostly sterile random trials. Statistically, there is a non-zero probability of obtaining a fruitful result through the fine parameters ξ-α that characterize the observable universe. It is shown here how the ξ-α duality operates at all scales. Several verifiable and falsifiable relationships account for the numerical value of ξ while indicating its physical role arising from the inertial paradox.