ADDITIONAL RESOURCES

Talking about (and understanding) Niburu Time

The Selsians, who live on the alien planet Niburu, have their own system of time, because the planet has its own system of time! It may be hard to wrap your head around, but understanding this gives you a good outlook into Selsian daily life. Let's check it out!

THE DAY

Niburu's rotation period is 19.5 Earth hours long, and this is what the Selsians consider a "day", or ñawba!

GOING DOWN

The ñawba unit is subdivided down into parts for ease of use. First, it's divided into SIXTEEN "hours", or ukle. No one's entirely sure why, but some believe it's due to the Jazrajoto's hexadecimal influence. ukle is then subdivided further with more natural senary magnitudes.

EVEN MORE DOWN

zupow is subdivided even further two more times. However, these units aren't really physically standardized, as they're hard to measure without complex tools. But they do exist, and people do use them!

However, when counting time broadly, you usually just use ukle, and maybe zupow too. A day's a pretty long time!

GOING UP

Now we return to ñawba, which is also compiled upwards into the Niburu calendar!
Starting off, we'll have to establish the Niburu "year", lantufel, which is approximately 179.66 ñawba long. This lends itself to the Selsian 3-year cycle, making years 180 days long by default, and having a 179 day year every 3 years to reel it back down. Kind of. The system introduces some extra complexity to better fit the real figure (of 179.657385...), but we'll talk about that later. Unit time!

Now, the lantufel is split into six total 30-ñawba "months", called temjas. Each month is named after a Selsian goddess, which you can read about in The Malxoma Pantheon. In the occasion of it being a short year, the last day of month 3 (Ēbemuf's month) is ommited, making it 29 days long rather than 30.

The 6 temjas are then further split down into 5 "weeks", awpoxlixe, which are 6 days each. When counting days, these are usually ignored. The last week of Ēbemuf's month on a short year is only 5 days long.

And that's all the units used in Selsian timekeeping!

Returning to the caveat of the 3-year cycle... it's not actually 3 years. It follows the long-long-short pattern 72 times to form a larger 216 year cycle, in which year #107 and #215 (which would be long otherwise) are ALWAYS short, no matter what. This small change actually makes the calendar dramatically more accurate! It was devised a couple years ago as a reform to the older simple cycle by Selsian astronomers.

OTHERS

Selsian "generations" are 36 lantufel long, their equivalent of a century, kind of. This is about 2/3rd of the Selsian lifespan, so it's a pretty good measure!

There's also an equivalent "millenium" count that's 216 lantufel long, with it and ceñel using the numerical magnitude suffixes.

Due to the shorter length of Niburu years AND Niburu days compared to our days and years, these really don't seem that extreme. And they kinda aren't! Hence why there is a ceñja that's 6 lantufel long; that's just not that long of a time. But it's all a matter of perspective!

SPEAKING

Finally, let's put these units to use! This will assume you have read up to Lesson 12 of the main course. If not, please familiarize yourself with the Selsimicu Number System or Lesson 12 and come back!

To talk about the time, you can utilize ukle's secret verbal form! It's an intransitive stative verb meaning "to be the current hour". Sound weird? I don't blame you! Let's see some examples.

To talk about the date, Selsians use the DD/MM format, notably "ñawba Xnōk ta [GODDESS OF THE MONTH]". Examples include:

For numeric shorthand, Selsians write the ñawba number first (in senary and ignoring the nōk), a slash (/), and then the first non-glottal consonant of the name of the month's Goddess. This makes the letters P, N, B, M, T and K. Rewriting our previous examples (with initial numbers in senary too):

You can just add the year onto this too with another slash after. D/M/Y for the win!

EARTH TIME

As previously discussed, Earth time and Niburu time hardly match up at all, with a lantufel only being the length of 2/5ths of an Earth year. If you're looking to adapt this system for Earth timekeeping, at least one will have to be stretched out dramatically. Not to say you can't, of course, you'll just have to get creative! I'll propose one way to go about it, and leave you all to think about more if you want:

If anyone comes up with an alternate system of mapping and you want it featured here, DM me on discord! That'd be really cool. You'll be put down here with proper credits.

Need a starting point? Consider this: June 19th, 2034 @ 00:00:00 = 5th of Onamiu, year 418 @ 00:00:00:0. Good to know.