Quantum Consciousness Field Theory 4.0: A Topological Framework of Consciousness on Toroidal Möbius Manifolds

This paper presents Quantum Consciousness Field Theory 4.0 (QCFT 4.0), an integrated theoretical framework that models consciousness as a field defined on a non-orientable toroidal Möbius manifold. Building upon previous iterations, QCFT 4.0 introduces a topological approach that addresses key challenges in consciousness science: the binding problem, phenomenal unity, and the relationship between consciousness and physical processes. By incorporating empirical findings from quantum interference experiments and neurophysiological data, we demonstrate how consciousness may emerge through field interactions constrained by a specific topological structure. The model's predictions include half-integer harmonic signatures, coherence tunneling effects, and π-phase offset phenomena that match observed experimental data. This work establishes a mathematically rigorous yet ontologically nuanced framework that bridges quantum field theory, neuroscience, and phenomenology while suggesting new experimental directions for consciousness research.