SAN System
Nahiara Alphanumeric System · Unique Identity Code
"a = 1 and b = 1 because every flower is born of two: the one that carries the pollen and the one that receives it."
Canonical Document — Internal Use Only
This document establishes the official definition, architecture, alphabet, prefixes, normalisation rules and verified code table of the SAN System. No value, formula or rule may be modified without the express authorisation of Uno (Matías Octavio González).
Definition and Nature of the System
The Identity Registration Plate
The Nahiara Alphanumeric System (SAN) assigns a unique, non-repeatable numeric code to every flower, pollinator and country in the universe, based on its name and the Fibonacci sequence.
Like a licence plate, it is unique, permanent and mathematically verifiable. No duplicate can exist and it cannot be modified once assigned.
Foundational Principle
"a = 1 and b = 1 because every flower is born of two: the one that carries the pollen and the one that receives it."
The Fibonacci sequence begins with two ones because the system recognises that no flower exists alone. Two elements, two identical initial values. The rest of the universe grows from that double origin.
SAN Alphabet v2 — 27 Letters Including ñ
The SAN System uses the Spanish 27-letter alphabet. The letter ñ occupies position 15, with Fibonacci value 610. This shifts all values from o to z relative to any English-alphabet-based system.
SAN v2 Alphabet Golden Rule
The ñ is not a typographic detail. It is the heart of the system. Removing or ignoring it produces incorrect codes and destroys the integrity of the system. Canonical values: o=987 · p=1597 · r=4181 · s=6765 · t=10946 · u=17711 · y=121393 · z=196418
The Three Canonical Prefixes
National flower
Scientific name in Latin (genus + species concatenated, no spaces)
Active — Volume I completePollinator
Scientific name in Latin of the real pollinator associated with the flower
Active — calculated from real ecological dataCountry
Country name in Spanish, no accents except ñ, no spaces
Active — 28 countries Volume IThe Canonical Visual Format
Canonical Format
SAN · PREFIX · NUMBER
Separator
Middle dot · (U+00B7) — never a full stop, hyphen or space
Number format
No thousands separator — the number is written continuously
Prefix case
Always uppercase: SAN·F / SAN·A / SAN·P
Number type
Always a positive integer
Normalisation Rules — Mandatory Before Calculation
These five transformations must be applied in this exact order before calculating any SAN code.
Lowercase
Convert the entire name to lowercase letters
Preserve ñ
The ñ is NOT transformed. It is the only special letter with its own value in SAN
Remove accents
á→a · é→e · í→i · ó→o · ú→u (accented vowels only)
Remove non-letters
Spaces, hyphens, ×, full stops, brackets and any non-SAN character are removed
Concatenate
The result is a continuous string of SAN letters with no separators
The Calculation Algorithm — Canonical Example
Spain (España)
With ñ (correct)
SAN·P·8979
Without ñ (incorrect)
SAN·P·5552
e+s+p+a+n+a using English alphabet
Dianthus caryophyllus
Normalised: dianthuscaryophyllus (26 letters, no spaces)
Segment 1 — "dianthus"
Segment 2 — "caryophyllus"
Segment 1 (dianthus)
35,858
Segment 2 (caryophyllus)
274,339
Total
310,197
Result
SAN·F·310197
Highest SAN·F code in Volume I — the flower of the country where the universe was born.
Integration within the Scientific Ecosystem
The SAN Code is the first link — it provides the unique identity that every other protocol references.
SAN Code
✦ Current pageUnique identification
SAN·F · SAN·A · SAN·P
Scorfidon Protocol (TI)
Ecosystem / territory
Active threats — range 9–27
Canonical Document v1.0 · March 2026
Editorial authority: Matías Octavio González (Uno) · Secretary and Creative Director
International Association for the Defence of Flowers · CIF: G72737570