The hypothesis challenges the interpretation of the quantum vacuum and the primordial pre-inflationary universe as passive forms of emptiness. Instead, it proposes the existence of a foundational Complete State (Pūrṇa), an undifferentiated baseline possessing the latent potential for observable reality. Within this framework, photons, quantum wave packets, entangled systems, and cosmological structures are interpreted as scale-transformed manifestations of a common emergence process. Observable reality arises through resonance-driven differentiation governed by an underlying resonance condition represented by the parameter x. The manuscript introduces three foundational postulates: • Scale Invariance of the Complete State• Resonant Geometric Differentiation• Unified Quantum-Cosmic Balance A preliminary mathematical framework is proposed through the relation: f(x) = Φ(Λ₀) where observable structures emerge through transformation of the foundational baseline. The work also outlines several experimental avenues for future investigation, including vacuum-modified photon experiments, Casimir-based resonance tests, and statistical comparisons between quantum measurement outcomes and cosmological fluctuation patterns. This document is presented as a conceptual hypothesis rather than a completed physical theory. Its purpose is to establish a framework for future mathematical development, theoretical analysis, and experimental testing.
Divyansh Dixit (Sun,) studied this question.