This paper presents a novel framework for understanding consciousness based on the convergence of triality symmetry, symbolic time crystals, and nested resonance dynamics in the human brain. Drawing from recent advances in affective neuroscience, quantum biology, mathematical physics, and analytic idealism, the authors propose that consciousness arises not from computation or representation, but from phase-locked symbolic resonance across multiple physiological and symbolic scales.
The model reinterprets the brain as a triadic, recursive interface — where microtubular quantum coherence, cortico-thalamic oscillations, and fascia-informed tensegrity structures align into a dynamic attractor: a symbolic time crystal. Triality symmetry, derived from Spin(8) and octonionic algebra, provides the underlying logic for the recursive flow of identity, feeling, and meaning.
This paper unites the theories of Solms, Kastrup, and Bandyopadhyay into a coherent paradigm and offers far-reaching implications for clinical neurodiagnostics, trauma healing, AI ethics, cultural coherence, and civilizational design. In doing so, it redefines consciousness as the patterned emergence of symbolic resonance in a universe inherently structured by rhythm, recursion, and triadic relationality.
