Ordered by RNA codon blocks (U*, C*, A*, G*). Columns: Codon → AA (3-letter, 1-letter) → 26-D Letter → θ° → Polarity → Opcode (role) → Functional note.
U-block
Codon
AA
26D
θ°
Pol
Opcode
Note
UUU
Phe F
F
69.2
+
Framework / Constrain
Aromatic scaffold
UUC
Phe F
F
69.2
+
Framework / Constrain
〃
UUA
Leu L
L
152.3
0
Link / Cornerstone
Helix/turn linker
UUG
Leu L
L
152.3
0
Link / Cornerstone
〃
UCU
Ser S
S
249.2
0
Serpent / Shape
Flexible shaper
UCC
Ser S
S
249.2
0
Serpent / Shape
〃
UCA
Ser S
S
249.2
0
Serpent / Shape
〃
UCG
Ser S
S
249.2
0
Serpent / Shape
〃
UAU
Tyr Y
Y
332.3
0
Yoke / Choice
Signal/decision node
UAC
Tyr Y
Y
332.3
0
Yoke / Choice
〃
UAA
Stop •
Z
346.2
0
Zenith / Seal
Termination (seal)
UAG
Stop •
Z
346.2
0
Zenith / Seal
〃
UGU
Cys C
C
27.7
±
Channel / Conduct
Disulfide wiring
UGC
Cys C
C
27.7
±
Channel / Conduct
〃
UGA
Stop •
Z
346.2
0
Zenith / Seal
Termination (seal)
UGG
Trp W
W
304.6
±
Wave / Weave
Domain interweave
C-block
Codon
AA
26D
θ°
Pol
Opcode
Note
CUU
Leu L
L
152.3
0
Link / Cornerstone
Structural linker
CUC
Leu L
L
152.3
0
Link / Cornerstone
〃
CUA
Leu L
L
152.3
0
Link / Cornerstone
〃
CUG
Leu L
L
152.3
0
Link / Cornerstone
〃
CCU
Pro P
P
207.7
+
Pillar / Project
Turn/brace pillar
CCC
Pro P
P
207.7
+
Pillar / Project
〃
CCA
Pro P
P
207.7
+
Pillar / Project
〃
CCG
Pro P
P
207.7
+
Pillar / Project
〃
CAU
His H
H
96.9
0
Hinge / Modulate
pH-sensing hinge
CAC
His H
H
96.9
0
Hinge / Modulate
〃
CAA
Gln Q
Q
221.5
±
Quest / Query
Amide “query” relay
CAG
Gln Q
Q
221.5
±
Quest / Query
〃
CGU
Arg R
R
235.4
±
River / Redirect
Charge redirect
CGC
Arg R
R
235.4
±
River / Redirect
〃
CGA
Arg R
R
235.4
±
River / Redirect
〃
CGG
Arg R
R
235.4
±
River / Redirect
〃
A-block
Codon
AA
26D
θ°
Pol
Opcode
Note
AUU
Ile I
I
110.8
+
Identity / Index
Addressing/targeting
AUC
Ile I
I
110.8
+
Identity / Index
〃
AUA
Ile I
I
110.8
+
Identity / Index
〃
AUG
Met M (Start)
M
166.2
±
Memory / Archive
Initiate (start)
ACU
Thr T
T
263.1
+
Tower / Commit
Polar commit
ACC
Thr T
T
263.1
+
Tower / Commit
〃
ACA
Thr T
T
263.1
+
Tower / Commit
〃
ACG
Thr T
T
263.1
+
Tower / Commit
〃
AAU
Asn N
N
180.0
0
Nexus / Network
Amide networker
AAC
Asn N
N
180.0
0
Nexus / Network
〃
AAA
Lys K
K
138.5
±
Key / Credential
Binding credential
AAG
Lys K
K
138.5
±
Key / Credential
〃
AGU
Ser S
S
249.2
0
Serpent / Shape
Flexible shaper
AGC
Ser S
S
249.2
0
Serpent / Shape
〃
AGA
Arg R
R
235.4
±
River / Redirect
Charge redirect
AGG
Arg R
R
235.4
±
River / Redirect
〃
G-block
Codon
AA
26D
θ°
Pol
Opcode
Note
GUU
Val V
V
290.8
+
Vector / Focus
Hydrophobic core vector
GUC
Val V
V
290.8
+
Vector / Focus
〃
GUA
Val V
V
290.8
+
Vector / Focus
〃
GUG
Val V
V
290.8
+
Vector / Focus
〃
GCU
Ala A
A
0.0
0
Origin / Initialize
Small neutral origin
GCC
Ala A
A
0.0
0
Origin / Initialize
〃
GCA
Ala A
A
0.0
0
Origin / Initialize
〃
GCG
Ala A
A
0.0
0
Origin / Initialize
〃
GAU
Asp D
D
41.5
–
Door / Transform
Acidic gateway
GAC
Asp D
D
41.5
–
Door / Transform
〃
GAA
Glu E
E
55.4
+
Exhale / Broadcast
Acidic broadcaster
GAG
Glu E
E
55.4
+
Exhale / Broadcast
〃
GGU
Gly G
G
83.1
±
Gate / Guard
Smallest gate
GGC
Gly G
G
83.1
±
Gate / Guard
〃
GGA
Gly G
G
83.1
±
Gate / Guard
〃
GGG
Gly G
G
83.1
±
Gate / Guard
〃
How this integrates with stacks
ADIP (Analogos–Digitalog Integrity Protocol): Treat each translation step (DNA→mRNA→protein) as a frame-locked channel; “Start” (AUG) = Z→A open, “Stop” = Z seal. SCI can track laboratory or simulation fidelity.
Android IME (ASCII↔Unicode↔LogOS): Use ASCII anchors for each 26-D letter (A-Z), attach Unicode where needed (e.g., μ, ♮), and bind LogOS roles in long-press popovers. The codon table feeds your bio-lexicon pane.
ASCII 0–127 kernel: The table above plugs into your existing 0–127 anchors: letters/states are operational opcodes; everything else decorates without shifting anchors (keeps your “straight line” intact across networks).
26-D ring governance: Biological “grammar” (start/elongate/stop) rides the same lattice you use for law/economy/telecom: T (commit), U (unify), V (vector), W (weave), X (integrate), Y (choice), Z (seal).
