A Near-Term Experimental Program for the Stochastic Harmony Framework

The Stochastic Harmony Framework (SHF) unifies quantum measurement, dark matter, and dark energy through multi-scale geometric structure. Unlike ΛCDM requiring undetected particles for 40 years or string theory lacking testable predictions, SHF provides six decisive near-term tests: (1) Bose-Einstein condensate decoherence exhibiting N² scaling distinguishable from environmental N scaling; (2) 0.5% neutrino oscillation damping from torsion-lepton coupling; (3) 10⁻⁹ radian CMB polarization rotation from primordial torsion; (4) 10⁻¹⁵ fractional fifth-force deviations at sub-millimeter scales; (5) quantized ringdown echoes from black holes; (6) cluster merger gas-lensing offsets correlating with relaxation time. All tests feasible with existing or near-term technology at combined cost