This time system is based on the unique precession of the equinoxes over roughly a 26,000 solar year period of the solar system in reference to Earth (Milankovitch cycles). The solar year consists of approximately 365.24291 days per year, with an addition and subtraction of days every 4 years, 128 years, 3210 years, and 128,000 years to create an accuracy within one day over a 10,000 year period.
There are many time systems in use, all of them are respected and honored, which can certainly be used by anyone for any purpose. It is not recommended to use this time system for scientific purposes when a universal/non-earth constant is desired, as this time system is directly proportionate with Earth rotations.
As there are no time zones within this system, the time should be consistent with UTC (Universal Coordinated Time).
Structure of the time system
The time system is essentially divided into seven (7) parts as illustrated below:
| Element | Gregorian | Earth Time |
|---|---|---|
| Era | n/a | 1 |
| Year | 2024 | 12 |
| Arc | 40 (week) | 58 |
| Season | n/a | 4 |
| Moon Cycle | 4 | 4 |
| Day and Name | 5 (Saturday) | 4 (JOVIUS) |
| Hour/Min/Sec | 21:33:50 UTC | 21:33:50 | Decimal fraction of day | 0.8985 UTC | 0.8985 |
| Earthdate (full): | 10001031202.49596 Breakdown of elements:
1 0001 03 1 20 2 . 49596
^ ^^^^ ^^ ^ ^^ ^ ^^^^^
Era Year Arc | Moon Day decimal
Season
|
|---|---|
| Earthdate (abbr): | 1031202.49596 The abbreviated version drops the Era and any left preceding zero's from the Year with the remainder unchanged. It is only recommended to use the full Earthdate when near an Era change, which occurs every 3210 years. |
| Earthdate (phonetic): | 1031202.49596 one zero three one two zero two point four nine five nine six |
| Expanded format: | MONS E1:Y1:A3:S1:M20:D2 11:54:11 UTC |
