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IT³ / K-PHAM Simple Explainer
A visual guide to the core idea (for non-experts)
What the claim says
Space around the Sun is not smooth. It is a rigid geometric lattice made from √2, √3 and √5. Planets and asteroids sit on discrete “floors” (called Sn shells), just like electrons sit in energy levels around an atomic nucleus.
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The big analogy
IT³ authors say the Solar System is a macroscopic atom:
• Sun = nucleus
• Discrete shells = electron orbitals
• Kuiper Cliff ≈ edge of a major shell
Real Hydrogen Atom Orbitals
These are actual calculated / photographed electron probability clouds in a hydrogen atom. Notice the discrete rings and nodes — this is what IT³ claims the outer Solar System also looks like.
Classic hydrogen orbitals (probability density). Darker/brighter regions = higher chance of finding the electron.
Cross-section view of hydrogen orbitals showing clear nodal structure (rings and gaps).
Stodolna et al. (2013)
The IT³ posts often reference the first direct photographs of hydrogen Stark-state nodal structure (photoionization microscopy). Those images show discrete rings — the same visual language used for the claimed Solar System shells.
Important note
This is an independent / alternative framework. It is not accepted mainstream physics. The page only illustrates the metaphor the authors promote. The Sun remains at the center in both the normal view and the IT³ claim.
Educational visualization only. Not the original K-PHAM code or data.