Scientific Journal

The spiral, spirals everywhere, and everything converges or expands.

An exploration of spiral structures, growth dynamics, rotating systems and convergence phenomena across mathematics, physics, biology, astronomy, computer science and complex systems.

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Disciplines

Illusory Spirals: When the Brain Curves What Is Straight

How the brain constructs spirals where none exist

Some images seem to contain spirals or continuous rotation while they are made of circles, segments or static contrasts. These illusions reveal the shortcuts of the visual system.

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Recent publications

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Physics

From Filament to Point: Quantum Vortices Across 3D, 2D, and Topological Singularity

What becomes of a quantum vortex when moving from a three-dimensional world, where it is a filament or ring, to a quasi-2D system, where it appears as a simple point? This reduction reveals the essential topological structure of the phenomenon and opens onto the collective physics of BKT pairs, clusters, and 2D quantum turbulence.

22–30 minRead

Biology

Cardiac Spiral Waves: How Electrical Reentry Sustains Arrhythmia

Every serious arrhythmia conceals an electrical spiral rotating indefinitely in the myocardium. This article explores the physics of reentrant waves, from the FitzHugh-Nagumo model to realistic ionic models, and the strategies for breaking these lethal spirals.

20–27 minRead

Mathematics

The Golden Ratio: What the Evidence Actually Shows

The golden ratio has real mathematical properties and appears in some growth models. However, it is often added after the fact to works, bodies and monuments that do not precisely follow it.

18–24 minRead

Computer Science

Two AIs, One Web Project: The Generalist, the Specialist, and the Human in Control

A single AI does not simultaneously possess strategic vision, project knowledge, and control of the target environment. This article explores a real proof of concept: making a generalist and a specialist cooperate under the direction of a human who retains intention, authority, and final responsibility.

16–22 minRead

Biology

DNA: Why the Molecule Forms a Double Helix

DNA is a helix, not a flat spiral. Its shape results from the geometry of nucleotides, base stacking, hydrogen bonds and the aqueous environment.

17–23 minRead

Mathematics

Why Do Spirals Appear Everywhere?

A shell, a cyclone and a galaxy can look alike without sharing the same cause. This article proposes a method to distinguish geometric spirals, helices, vortices, converging trajectories and simple visual analogies.

5–7 minRead

Founder

About the author

Jean-François Weemaes

IT Architect, Technical Specialist & Seeker of Patterns

"I didn't find the spiral. The spiral found me — in a sunflower, in a galaxy photo, in my own heartbeat."

Jean-François has spent his career architecting complex systems — the kind of work that trains you to see patterns where others see noise. That same instinct led him to the scientific exploration of spirals.

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General thesis

"The resemblance of forms implies neither the identity of mechanisms nor the unity of their origin. Analogous structures can emerge independently in distinct domains: their visual, geometric or mathematical convergence justifies comparison, but never suffices, on its own, to demonstrate a common cause."

This site distinguishes demonstrated mathematical relationships, established scientific mechanisms, reasonable analogies and mere visual resemblances.