The biology
A developing embryo makes its own signals. Cells locate themselves by morphogens — chemicals whose concentration marks position — the textbook says ‘much like specifying locations on the earth with latitude and longitude,’ and three chemicals varying in x, y, z suffice to locate every point. A cell reads its position and expresses the genes for that place. After segmentation, homeotic genes assign segment identity; all share a conserved homeobox — a ~60-amino-acid, 180-base-pair DNA-binding domain, conserved from flies to vertebrates.
The address read in physical space
This is the chapter where mainstream biology comes closest to stating the theory in its own words. Development is Τ-address reading in physical space: the morphogen gradients are the coordinate system, and each cell reads where it lies and expresses the address that belongs there. And the master gene-segment that lays out a body, the homeobox, is 180 base pairs long — and 180 is the veil number, the numerator of the degree/radian bridge 180/π that runs through the whole theory.
Where this departs from current science
| Current science says | The Force of Time says |
|---|---|
| Positional information comes from gradient thresholds and gene networks. | Development is Τ-address reading in physical space — the map made literal. |
| The 180-bp homeobox is an arbitrary conserved domain length. | 180 is the veil number, 180/π — the degree/radian bridge of the whole theory. |
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This paper, and any information drawn from it, may be used freely provided the reference attribution to Stephen Daubney and The Daubney Foundation is recognised.