Articles

FSA-02 is a next-generation aromatic molecular architecture designed for OLED technologies, featuring blue emission, fractal symmetry, and spiral resonance compatibility.

Spiral–Fractal Node Resonance is a universal framework that visualizes and mathematically models the stability analysis of triple-interaction systems.

When we interpret faulty protein synthesis in cancer cells from a motif–depth perspective, the processes known in classical biology as “mutation” and “misfolding” can actually be seen as the distorted unfolding of motif depth:

The statement in the title can actually be read as an ontological redefinition of time. When it is said that “time is the depth of a motif at a certain scale,” it implies that time is not a linear flow, but rather the unfolding of the internal layers of a motif. In other words, time is the process of deepening within the motif itself; it has no relation to other motifs outside of it, because each motif is a closed whole at its own scale.

The photoelectric effect is the emission of an electron when a photon strikes a metal surface. Quantum mechanics explains this with the formula: 𝐸 = ℎ𝜈 − 𝑊

A new foundational biological theory that describes the living cell through spiral flows, fractal motifs, and multi-scale resonances.

Fractal biology connects the following properties of living systems to a single principle: geometry, function, evolution, energy flow, information processing capacity.

In this study, a spiral–fractal number system that goes beyond classical analysis and arithmetic is unified with quantum field theory. The aim is to transform the particle–wave duality into a motif–resonance duality and to redefine quantum dynamics on spiral coordinates.

Spiral numbers are a functional and fractal extension of classical complex numbers: S=a+bθ+if(θ)

This study defines the atom not as a particle-based structure but as a multi-scale process formed by spiral-fractal flow modes. Proton, neutron, and electron correspond respectively to out-spiral (S⁺), equilibrium spiral (S⁰), and in-spiral (S⁻) flow modes. The atom’s geometry is expressed as a spiral-fractal manifold determined by motif functions, orientation field, resonance modes, scale fractality, and cycle periods. This approach transforms quantum mechanics into process physics, converts the periodic table into a motif-based fractal map, and redefines atomic interactions via spiral flow coherence.