Part 7/11:
One of the compelling aspects of this model is its testable predictions. Notably, it suggests that gravity, if arising from such quantum informational processes, may not possess genuine quantum properties itself. Instead, it could be an emergent, statistical effect of underlying quantum bits. This implies that experiments designed to detect quantum gravity—like searching for gravitons or quantum superpositions of gravitational fields—might not find evidence supporting a quantum mediating particle.
Furthermore, the environment of qubits might cause decoherence—a loss of quantum coherence—without the typical explanations we associate with quantum systems. This could offer new insights into how gravity interacts with quantum systems and whether gravity is fundamentally quantum or emergent.