iSSB-String Theory: A Five-Part Paper

Modern physics faces a fundamental schism between its two pillars: quantum theory and general relativity.
This paper proposes a new framework, the ‘iSSB-Δ Theory‘, to resolve this challenge. Instead of
assuming spacetime and matter as self-evident entities, this theory begins with a single complex scalar field,
the ‘Δ-field‘, as the fundamental substance of all things, governed by two basic axioms. Axiom 1, the Principle
of State-Density Equivalence, defines the dynamical properties of the Δ-field, showing that its motion
follows a wave equation. Consequently, the generation of order (iSSB) becomes a ‘ripple‘ propagating at
the speed of light, from which time, space, and causality emerge. Axiom 2, the Constraint of Topological
Conservation, defines the static properties of the Δ-field, requiring that stable matter particles can only
exist as topologically stable localized solutions (solitons) of the Δ-field. We demonstrate that these particles
are stable and that their properties, such as mass, spin, and charge, arise necessarily from the geometric
features of their structure. This paper establishes the mathematical and physical foundation for how the
entire physical world is logically constructed from a few fundamental principles that precede observation.