Quantum Omni–Synthesis (QOS): Particle Genesis, Fragmentary "Big–Bang" Events, and a CMB Interpreted as Accumulated Ratio–Imbalance Fragments

Quantum Omni-Synthesis presents a fresh origin story for our Universe, where particles emerge from a dynamic balance of explosive energy and implosive energy, guided by a quantized gravity coupling ς. Instead of a single Big Bang, the work frames the early cosmos as many fragmentary birth events whose radiative remnants accumulate into the observed cosmic microwave background. A minimal cosmology closed by ς(a) links this microphysics to H(z), with concrete checks using supernovae, BAO, and CMB observables. The result is a testable, data-ready pathway that connects particle genesis to the large-scale sky.