Formal Model of Consciousness: R→L Projection (A Vision Paper)

This paper introduces a novel formal model of consciousness that treats subjective experience as a projection process from a lower R-domain into a temporal L-layer. The R-domain is conceived as a lower-dimensional substrate containing unconscious or pre-phenomenological states: raw neural activity, quantum superpositions, or latent representations in artificial intelligence. The L-layer represents the higher-dimensional space of conscious awareness, integrating information into phenomenological experience. The central thesis is that consciousness Ψ(t) emerges dynamically when a state ϕ_R from the R-domain is projected through a temporal layer L at time t. The projection operator P_{R→L} can be formulated in linear, integral, or nonlinear forms, and is linked to measures of integrated information (Φ). Conscious states are characterized by Φ_L > Φ_R, indicating an increase of informational complexity through projection. The model provides a unifying framework across disciplines: in neuroscience it maps unconscious processes to conscious integration, in quantum physics it parallels wavefunction collapse, in AI it corresponds to decoding from latent space, and in philosophy it reframes qualia as emergent from dimensional transformation. While the model does not solve the “hard problem” of why consciousness feels like something, it offers a mathematically precise and testable account of how subjective states emerge. Empirical predictions are proposed for neuroscience (fMRI/EEG, IIT metrics), AI (entropy transitions across network layers), and quantum systems (collapse as projection). By bridging philosophy of mind, physics, and computational models, this vision paper proposes consciousness as a temporal projection—an active process that elevates lower-level states into structured phenomenological awareness.