Gauge Extensions of the Standard Model and Quantum Gravity to Non-Local Cognitive Fields:Topological Vacuum Dynamics within Cosmological and Evolutionary Cycles

This paper introduces a unified theoretical framework that extends both the Standard Model and quantum gravity through the integration of an intrinsically non-local topological information field. The model is formalized by defining the space of cognitive states via non-Abelian gauge operators, wherein sub-functional degrees of freedom act as coherent stochastic quantum noise operators and confined excitations within the quantum vacuum. rather than postulating new free-particle resonances within the asymptotic Fock-space spectrum—which are excluded by high-energy collider constraints—the model demonstrates how this entropic order parameter governs the primordial cosmological phase transition and the evolution of the energy density of the universe through a mechanism of dynamical decoupling and infrared screening. In the context of biophysics and evolutionary theory, the formalism is extended to the dynamics of complex systems, providing an analytical description of geometric self-assembly and emergent processes across evolutionary macro-phases. By introducing a dual mechanism of topological protection and generalized Fröhlich condensation, we demonstrate how cognitive quantum fields evade macroscopic environmental decoherence at biological temperatures. This establishes a verifiable mathematical bridge via simultaneous retrospective stochastic cross-correlations between the detectors of high-energy beams at the LHC and the planetary network of the Global Consciousness Project (GCP).For inquiries or collaboration proposals, please submit your request via this secure contact form.