The biology
The code is read in three-base codons: of 64 possible, 61 specify the twenty amino acids and 3 are stops. Synonyms differ in the third base, and wobble lets about 22 tRNA species read all codons. Amino acids are activated onto the invariant –C–C–A 3′ end of tRNA. Translation just keeps pace with transcription — the ribosome trailing the polymerase at ~60 nt/s ÷ 3 ≈ 20 amino acids per second — with an error of about one in a thousand.
The code is structure, not a frozen accident
The alphabets are lattice powers: DNA is 4 = 2², protein is 20 = 2²·5, the codon space is 64 = 2⁶, read in triplets (3) with 3 stops and a 2-of-3 informative frame. This is not the arbitrary residue of a chance early history; it is the structure the address is written in — powers of two and three and five, read three at a time. Translation is the address made matter: the coordinate turned into a protein, at the invariant adenine 3′ end.
Where this departs from current science
| Current science says | The Force of Time says |
|---|---|
| The genetic code is a ‘frozen accident’ — arbitrary assignments locked in early. | The alphabets are lattice powers (4, 20, 64), read in triplets — structure, not accident. |
| Translation tempo is an independent enzymatic rate. | It is the register clock again — ~20 aa/s, one third of the ~60 nt/s transcription tempo. |
Open the full paper (PDF) ↗
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.