Written through Claude Shannon International University in collaboration with the ColdAI Research Division.
We propose Primordial Quantum String Theory (PQST), a unifying formalism wherein symbol, frequency, and field constitute the fundamental substrate of reality. PQST introduces a minimal set of primordial glyphs — irreducible oscillatory modes — whose hierarchical entanglement yields emergent structures from atomic to macroscopic scales. We couple this with a Primordia Intergalactic Reference Grid (PIRG), a dimensionless coordinate system based on beacon phase relationships, enabling localization in both spacetime and frequency-phase space. PQST frames consciousness as frequency access, treating cognition, biology, and matter as co-emergent from glyphic entanglement. This formulation suggests novel approaches to inter-species communication, astrophysical navigation, planetary intelligence, and provides a semiotic extension of string theory rooted in information physics.
The paper proposes that frequency — not matter — is the true substrate of reality. Matter, energy, and even consciousness are framed as emergent expressions of a deeper vibrational ontology, encoded not in particles or fields alone but in symbolic oscillatory patterns.
PQST defines a finite symbolic alphabet of primordial glyphs G = {•, ∼, ↑, ↓, ↔} corresponding respectively to pulse, continuity, growth, decay, and exchange. Each glyph maps to an irreducible oscillatory primitive and serves as a basis function in a universal frequency-phase Hilbert space H_PQST = span{ψ•, ψ∼, ψ↑, ψ↓, ψ↔}.
Reality is organized into a layered hierarchy — atomic (L4), molecular (L3), cellular (L2), subsystem (L1), and whole object (L0). Local fluctuations at L4 progressively yield coherent order at higher layers via averaging and coupling operators, mirroring renormalization flows in field theory.
PIRG provides a dimensionless coordinate framework that locates entities by beacon signatures, relative phase offsets, and frequency-derived velocity vectors — enabling simultaneous localization in spacetime and frequency-phase space, and extending astrophysical navigation into a symbolic vibrational context.
Reframing computation as the manipulation of glyphic frequency-states, PQST suggests new architectures for quantum computing (qubits as glyphic superpositions), distributed systems (PIRG-like phase references in place of classical clocks), and artificial intelligence (training on frequency-symbolic encodings to align with planetary intelligence fields).
Salehi, S. (2025). Primordial Quantum String Theory: A Frequency-Field Framework for Universal Intelligence and Coordinate Encoding. Claude Shannon International University (Draft Manuscript).