Experimental Tests of Regulated Accumulation across Physical Scales

This paper proposes a set of experimentally feasible tests designed to evaluate the Additive–Multiplicative (AM) Regulator framework across laboratory and cosmological regimes. The AM-Regulator hypothesis asserts that local physical laws remain valid while the cumulative application of those laws across scale is structurally regulated. The proposed experiments do not require new forces, modified equations, or exotic instrumentation. Instead, they focus on detecting deviations in accumulation behavior under controlled repetition, scale extension, and long-duration integration. Each experiment is designed to be simple, economically feasible, and directly interpretable, allowing experimentalists to falsify or validate the framework using existing laboratory and observational technologies.