CoHolo-Carrier-Switching Framework v2: Dual-Modal Co-Emergent Unification of Quantum Coherence and Holographic Bounds

CoHolo-Carrier-Switching Framework v2: Dual-Modal Co-Emergent Unification of Quantum Coherence and Holographic Bounds This version 2 integrates the CoHolo holographic bound (Zenodo 10.5281/zenodo.18646277), dual-modal co-emergent ontology of Bit and Analog (Zenodo 10.5281/zenodo.18648285), and co-emergent dual-modal holography with bidirectional symbiosis (Zenodo 10.5281/zenodo.18649760) together with Carrier-Switching Theory into a unified phenomenological framework. This v2 offers a complete dual-modal co-emergent unification from microscopic quantum coherence to macroscopic holographic bounds, with mild IR dispersion ensuring long-range stability. Open challenges include precise determination of α and ξ, and deriving strict equalities from bounds. Keywords: holographic principle, Bekenstein bound, quantum coherence, carrier switching, dual-modal ontology, information-geometry symbiosis, Lorentz invariance violation, gamma-ray bursts, quantum gravity, entanglement entropy