A Unified Dynamic Theory of Consciousness: Interferential, Energetic, and Differential Approaches

This body of work develops a unified and transdisciplinary research program dedicated to understanding consciousness as a dynamic, multi-level process arising from the interaction between memory organization, neuronal synchronization, and energetic regulation within the body–brain system. Situated at the intersection of philosophy of mind, cognitive science, and the conceptual and mathematical modeling of complex systems, it proposes an integrative framework in which consciousness is not conceived as a static state, but as the transient stabilization of an emergent global pattern within an evolving dynamic field. At the core of this research program lies an interferential and energetic model of consciousness, according to which memory is not treated as a passive storage system, but as a dynamic oscillatory field structured by interference interactions between mnemonic activations. Within this framework, consciousness emerges from the temporary stabilization of these global interference patterns under the constraints of neuronal integration, physiological capacity, and the subject’s psychological characteristics. This model is formalized through three complementary dimensions: the global field of oscillatory interference dynamics, the dynamic function of consciousness, and the adaptive energetic regulation linking body and brain. Building on this foundational model, subsequent studies extend the analysis of consciousness in several directions. Some investigate the mathematical and conceptual organization of memory and conscious dynamics. Others develop a differential framework in which intelligence and intuition are understood as dynamic properties of consciousness evolving in subjective time, with intelligence defined as the first derivative of consciousness and intuition as the second derivative, corresponding respectively to adaptive variation and qualitative reorganization of meaning. Additional work examines the fragmentation of lived temporality in algorithmic environments, showing how informational noise and continuous stimulation may disrupt the intrinsic dynamics of consciousness, generating forms of hyper-reactivity, fragmentation, and instability of experience. Extending beyond cognitive and phenomenological analysis, this research program also explores more fundamental questions concerning the stability of physical structures and the organization of the quantum vacuum, in order to examine possible continuities between physical organization and the dynamics of conscious experience. Without reducing consciousness to a purely formal, computational, or mechanistic object, this body of work proposes a structured theoretical framework that bridges mathematics, phenomenology, clinical observation, and dynamical approaches to neuroscience. It should be understood not as a claim of complete empirical validation, but as a formalized and generative hypothesis: a coherent model capable of integrating multiple levels of analysis while producing testable predictions about the organization, transformation, and destabilization of consciousness in both ordinary and technologically mediated conditions.