The New Dimension of the Universe

Arrange the principal structures of the Universe — from the smallest known physical particle to the cosmic horizon — along a single logarithmic axis, and a pattern emerges. The characteristic sizes of stable objects are not scattered at random: they recur at regular intervals of five orders of magnitude. The nucleus of an atom relates to the atom itself by a factor of 10⁵. A stellar core relates to its star by the same ratio. A galactic nucleus relates to its galaxy in the same proportion. This regularity holds across more than sixty orders of magnitude.

At the geometric midpoint of this axis — equidistant on a logarithmic scale from the Planck length and the observable cosmic horizon — lies a living cell of approximately 50 micrometers. This is not an approximation or a metaphor. The fertilized human egg, at the moment of conception, sits at what Sukhonos called the scale center of the Universe. Every human life begins precisely at this point, before growing outward from it.

Sukhonos proposed that the scale axis represents a real physical dimension — a fourth spatial dimension distinct from the three familiar ones. In this framework, the stable sizes observed throughout nature correspond to the nodes of standing waves propagating along the scale dimension, much as standing waves in a resonant cavity produce discrete, stable frequencies. The observed hierarchy of structures is, in this view, the nodal pattern of a universal resonance.

This regularity is not visible within any single scientific discipline. It only becomes apparent when data from physics, biology, and astronomy are placed on a common scale and examined together. Sukhonos spent more than forty years assembling this data and developing the theoretical framework that connects it — work that the English edition of his principal book now makes available to an international readership for the first time.