The pHi Premise: Phyllotaxis in Motion

Nature organizes itself with elegance — and phyllotaxis is that elegance in motion.
In the pHiCube’s true pHiArray™, magnets are not simply placed in spirals; they are arranged along the petal structure of a hypotrochoid pattern — the same path that governs many natural rotations, like flower blooms and orbital harmonics.

Each petal is shaped by the Golden Ratio (Φ), and every magnet lands at a harmonic intersection — where spiral geometry meets magnetic function.
This is living design, not decoration.

Hypotrochoids and the Law of Phi

The pHiArray™ uses a spiral logic derived from hypotrochoid curves — closed-loop, petal-like rotations generated by Phi-based symmetry.
Magnets are nested within these curves, forming a rotational map of charge, directed by the law of Phi.

As the array spins, the structure transforms into a dynamic torsion field —
not just moving energy, but organizing it through proportion, petal, and polarity.

This is not just magnet placement.
It’s spiral architecture, calibrated by nature’s own code.

Magnetic Proportion: Phi as Placement Principle

Where Every Magnet Holds Its Place — By Design, Not Distance

In the pHiArray™, magnets are not spaced evenly — they are spaced proportionally, following the logic of the Golden Ratio (Φ ≈ 1.618).

Each spiral channel is guided by Phi, and every magnet is placed in increasing proportional relation to the one before it — creating a gradual unfolding pattern that mirrors the way nature organizes energy, space, and growth.

Why Proportion Matters in Magnetic Arrays

Equal spacing may seem orderly, but it often creates static fields or harmonic interference.
Phi spacing introduces dynamic equilibrium — where no two distances are the same, but all are related.

This results in:

• ✴ Balanced field distribution across the array

• ✴ Smooth energetic transitions between zones

• ✴ Constructive field behavior rather than conflicting forces

The magnets aren’t locked into a grid — they’re unfolded through proportion, allowing energy to flow, pulse, and organize naturally.