6.Experimental Templates Proposed Within the BDG Framework

This section proposes a set of experimental templates designed to explore the testable implications of the Boko Dual Gravity (BDG) framework. BDG conceptualizes gravity not as a singular classical interaction but as a dual-layer phenomenon emerging from both macroscopic rotational dynamics and localized quantum–informational effects. The experimental templates outlined here are not presented as finalized laboratory protocols, but as structured exploratory frameworks intended to guide interdisciplinary investigation across physics, information theory, and consciousness studies. The proposed templates focus on identifying measurable deviations from classical gravitational expectations under specific boundary conditions, including rotational reference frames, quantum coherence disruption, and bio-informational modulation. Emphasis is placed on comparative measurement logic rather than absolute prediction, recognizing current technological limitations in isolating weak-field quantum-gravitational signatures. These templates prioritize falsifiability, reproducibility, and conceptual clarity, serving as bridges between theoretical BDG constructs and future empirical validation. Rather than asserting immediate experimental confirmation, this section frames BDG as a progressive research program, offering modular experimental directions adaptable to advancing instrumentation and methodological refinement. The templates aim to stimulate critical testing, refinement, or rejection of BDG assumptions within an open scientific process.Boko Dual Gravity (BDG)