Informational Quantum–Gravitational Neural Channels: A Speculative Extension of Field Theory and Causal Structure

This work proposes a speculative extension of modern physics in which structured information is modeled as a dynamical scalar field weakly coupled to spacetime geometry.The framework introduces an informational field capable of generating localized nonlinear configurations under high coherence conditions in complex systems such as the human brain. These configurations are hypothesized to produce paired informational nodes analogous to black–white structures, enabling constrained temporal information transfer without macroscopic energy exchange. The model preserves global conservation laws while introducing a controlled relaxation of local causal structure at the informational level. This paper is intended as a conceptual and theoretical exploration rather than an empirically validated physical theory.