TEMPORAL READING GUIDE — LUNISOLAR-GAIA CALENDAR
The dates in this work belong to the Lunisolar-Gaia Calendar: a rhythm that follows the equinox, real lunar cycles, variations of light and tide.
Within Fragmented Universes, time appears as an observable architecture: sky, seasons, cycles, and ONRSALTUKWMH.
Note — Why Lunisolar-Gaia instead of the Gregorian Anti-Calendar
The Gregorian anti-calendar disorganizes time through historical administrative decisions.
It establishes a fixed 7-day week by religious and state convention, months disconnected from real lunar cycles, solar adjustment concentrated in February, and an annual count designed for civil standardization.
It transforms time into a uniform grid.
The Gregorian anti-calendar imposes an abstract anti-rhythm, separated from the observable experience of the sky.
Rhythm becomes counting.
Rhythm becomes administrative units.
Rhythm becomes an external measure.
The Lunisolar-Gaia Calendar organizes time and rhythm according to what appears in the sky and in ONRSALTUKWMH:
silencing, elongating, rhythmizing, tuning, opening, weaving, uniting, releasing, flowing, structuring, irradiating.
It establishes:
a solar cycle beginning at the real equinoxmonths based on real lunar cycleslunar days defined by percentage of lightcycles that rise, reach a peak, and descend1. GENERAL STRUCTURE🌞 Solar Cycle (S-)
The year is called a Solar Cycle, counted from Equinox to Equinox.
Reference conversion:
S- = Gregorian Year + 745
Example:
2134 → S-2879
🌙 12 Lunations
Each solar cycle contains 12 lunations (macro-cycles):
SilenlunaAlonlunaRitlunaSintolunaAbelunaLigalunaTecelunaUnelunaLibelunaFluxlunaTramalunaIrraluna
Each lunation carries a dominant gestural archetype.
2. ASTRONOMICAL ANCHOR
Absolute reference point:
February 2, 746 BCE (proleptic Julian calendar)
Total lunar eclipse observed in Babylon.
This event is historically recorded and astronomically reconstructible, serving as both historical and astronomical anchor.
3. THE LUNATION FROM WITHIN
Each lunation contains 30 lunar days (0–29) organized into 10 triads, defined by the percentage of lunar light.
0–2 → 0–5% → 0% → 5% (OOO) 3–5 → 5–15% (ONR) 6–8 → 15–30% (SAL) 9–11 → 30–50% (TUK) 12–14 → 50–85% (WMH) 15–17 → 85–100% → 85% (HMW) 18–20 → 85–60% (KUT) 21–23 → 60–40% (LAS) 24–26 → 40–15% (RNO) 27–29 → 15–5% → 0% (OOO)
Shorter ascent.
Longer descent.
Silence at the beginning and the end.
The real tide rhythm is respected.
🌙 Names of the lunar days (applied model)
OOO
0 Silensi
1 Silenabe
2 Silenli
ONR
3 Silensina
4 Alonabe
5 Ritli
SAL
6 Sintosi
7 Abeli
8 Lilibe
TUK
9 Tecesi
10 Unabe
11 Libeli
WMH
12 Fluxsi
13 Tramabe
14 Irrali
HMW
15 Irrasi
16 Tramili
17 Fluxli
KUT
18 Libesi
19 Unabe
20 Teceli
LAS
21 Ligasi
22 Abete
23 Sintoli
RNO
24 Ritsi
25 Alonli
26 Silenli
OOO
27 Silenri
28 Silente
29 Silenflu
4. SOLAR AXIS DAYS
The real solar cycle lasts ~365.2422 days.
The annual difference is ~5.2422 days.
For this reason there are solar axis days located near the Equinox portal.
Common Solar Cycle
Silena (ON)
Ritsi (RS)
Abeliga (AL)
Tecune (TU)
Libeflu (KW)
Sextal Solar Cycle (approximately every 4 cycles)
Tramirra (MH)
These days realign the solar cycle and exist outside the lunations.
5. TECHNICAL NOTE — CONVERSION OF LUNATION AND LUNAR DAY (Lx)
The conversion of S- follows the fixed calculation.
The exact position of the lunation and lunar day (0–29) requires real lunar astronomical ephemerides:
dates and times of New Moon, Full Moon, and Quarter phasesreal duration of lunar cycles (average: 29.5306 days)the actual March Equinox of each year
Astronomical ephemerides
(e.g., timeanddate.com, Stellarium) were used to structure the dates in this work.
Example
14/02/2026 (Saturday)
→ S-2770
→ Tramaluna
→ Day 27: Silenri
Short form:
27/10/2770 — Silenri of Tramaluna — S-2770
Standard format:
S-2770 • L10 Tramaluna • D27 Silenri
6. HOW TO READ A DATE IN THE NARRATIVE
Format:
[Solar Cycle] • [LX] [Lunation Name] • [DX] [Lunar Day]
When a half-lunation appears, it functions as a phase seal.
Quarteluna = 6 days
A Gregorian date may appear in the book as a temporal anchor, helping the reader orient themselves.
All other dates follow the lunisolar time count.
