The Totality of Bonding Relationships - A Universal Principle from Quantum Vacuum to Cosmos

ABSTRACT This paper proposes that the universe is not a collection of discrete structures that interact but a totality of bonding relationships that temporarily take the form of structures. At every scale of physical and biological reality — from quantum field interactions through molecular chemistry, cellular biology, ecological systems, planetary dynamics, and cosmological structure — the same generative pattern operates: recognition between compatible structures, attraction, stable reorganisation, and the emergence of a new basin with properties unavailable to either system alone. This pattern, termed the Bonding Principle, is proposed as a universal organising mechanism that operates prior to and independently of Darwinian selection, in complementary relationship with the Extended Evolutionary Synthesis including modern epigenetic inheritance, and across the full spectrum of biological relationships from mutualism through commensalism to parasitism and predation. Bond sign — whether a relationship expands or contracts possibility space for its participants — is proposed as a functional category, not a moral one: negative-sign bonds at one scale can be essential for positive-sign bonds at higher scales. The paper presents the principle at nine scales and relationship types, identifies its mathematical expression in the coherence-decoherence-recoherence cycle, proposes that the second law of thermodynamics describes one phase of a three-phase cycle rather than a complete account of physical reality, and identifies a recoherence term currently absent from quantum master equations as a hypothesis motivating a specific research programme. This paper does not position itself against established science. It positions itself at the frontier of established science — where confirmed results in quantum biology, open quantum systems, epigenetics, and ecological network theory collectively suggest that the current picture is incomplete in specific, characterisable ways. The science is moving in this direction. This paper names the direction. Explicit falsification conditions are stated. This paper is the third in the SymbioMind Bonding Relationships Series (2026).