AURORA UNIVERSE CALENDAR

By Velvet Belle Tree

& Brantley Thompson Elkins

Scalantrans and their Calendar

 

The Scalantrans are an extra-galactic species. They have become completely disassociated from the planet of their origin. 

The Scalantrans are described in Companions thusly:

The aliens were at least 2 feet taller than normal men.  Their very slender bodies were covered by fine, brick red fur.  And their hands!  The crowd was astonished to see six fingers on each hand with two opposable thumbs.  Their eyes were very large and round and of a startling yellow color.

 

The Scalantran Calendar begins when they, and many others of their species, left their planet of origin; an event known as The Swarming.  Since they are no longer attached to any particular planet, they no longer use the concept of the solar year.

The basic unit of their Calendar is something that can be translated into English as a Generation.  This is actually the time it takes for a Scalantran to become sexually mature.  At that point, the youths are initiated sexually and leave the parental mate-group for youth groups which are on a planet.  There are two cohorts of children on a ship, spaced half a Generation apart.

A Generation is close to 13 Earth years.  Using the date from Shore Leave, the Scalantrans left their home planet approximately 14,000 years ago. One group of Scalantrans entered the Milky Way approximately 6,000 years ago. They then spent time exploring, establishing planets needed for the education of their youths, establishing Meetpoints, and trading with various species that they found during their explorations. One offshoot of them gradually worked its way towards our region of the Galaxy, arriving here a few thousand years ago.

As can be seen from the description of the Scalantrans, it is natural that their numeric system is in base 12. A Generation is divided into 12 sub-generations.  Conveniently, this is within approximately 11% of an Earth year. The Scalantrans then divide each sub-generation into a unit we would translate as Shift.  There are 1728 (12 cubed) of these in a sub-generation.

 Adaptation by Terrans

 

Since the Scalantrans are the traders who travel between planets inhabited by people of Terran origins and are the primary connection between these peoples, their calendar has been adapted by Terrans as their universal calendar.

The Terrans use Greek names for the calendar and time divisions. The term Generation has no meaning to the Terrans so they use Megakrons. One twelfth of a megakron is a mikrokron. There are 400 meras – a Terran interpolation -- in a mikrokron. Each mera is divided into 24 oras and each ora into 60 ekatos – like meras, these last divisions were never used by the Scalantrans, but because the mera is so close to the Terran day in length, Terrans simply incorporated them, based on ancestral experience dating back to ancient Egypt.

A mikrokron is equal to 1.11 Terran years, and 405.15 Terran  days.

A megakron is equal to 13.32 Terran years

A mera is equal to about 1.013 Terran days

 

Working Example

In ShadarÕs Shore Leave, where the calendar was first used, the megakron is 1052, which in Terran years would be 14,012.64. The Earth Year is 2007, meaning that in Terran terms the Scalantran calendar dates back to about 12,006 B.C.

Here is an analysis of the first stardate cited in Shore Leave:

 (Date: 1052-11-01, 06:30 Ship's Time)

1052 = Megakron

11 = Mikrokron

01 = Mera

6:30 = Oras

Since this date is at the very beginning of the 11th Mikrokron of the 1052nd megakron, the tenth mikrokron has just ended. Megakron 1052, therefore, must have begun 11.1 Terran years earlier, or 1996. To make conversions as simple as possible, let us assume that Jan. 1, 1996 is the equivalent of 1052-1-1. Ten mikrokrons amount to 4054.5 Terran days, counting three leap years (1996, 2000, 2004). So the Terran date would be about 39 or 40 days into 2007, about Feb. 8 or 9.

Fortunately, it's unlikely that weÕll ever have to get more exact than that!

The tricky part will that there isnÕt any equivalent of a month; therefore, dates can run as high as, for example, 1052-11-400, 23:59.