TIME



Calendars. Calendars were a system of organizing and counting the pass of time. They designated different sized periods, such as days, weeks, months and years. A date was the specific designation of a day within the system. In the Ancient Times, some calendars were based in their planet’s moon cycles. Others were based on the planet’s movements in respect to stars other than their sun. Since then, life has been organized around two cycles, namely the year (365 planetary journeys around the sun) and the week (merely seven). Although different lands used the year differently, they largely agreed upon the week and the lunar cycle, called month. Their main controversy points in organizing a common calendar resided in what to do with the remaining days in each year, the internal structure of the year (12 or 13 months) and which was the first day of the week.
Olivia Vera's recreation of an ancient device for measuring time.

The seasons, roughly three month cycles, were largely based on temperature changes provoked by the inclination of the planet’s axis, which situated part of the planet closer or farther from the sun’s energy in it’s translation movement. Snow and ice (glaciers) accumulated at the poles, but melted in the late Holocene, when other systems of measurement were adopted.

Clocks. They were instruments designed to measure, count and designate time in conventional units, such as hours, minutes, seconds, etc.) It is mainly use to know the current time acocrding to a widely established convention. It can also measure duration or activate a signal at a given time.

In Ancient Times different kinds of clocks were used, such as water hourglasses. Thanks to Vitruvio’s testimony, we know of air clocks, sun dials and other kinds of which we have now evidence [1]. The origin of the hourglass is unclear, although it has been linked to their use in cathedrals, before the digital networking era. They immediately preceded and contributed to the spatial expansion of the septentrional lands, since they were widely used in sea navigation. Thanks to it, mapmaking became easier, since the use of granular materials facilitated the determination of distances from a given point with a reasonable accuracy.

Clocks became more useful as they allowed different people to convey a unique time and to mean the same. For a long time, clocks were hosted in religious bases, which acted as social nodes around which people grouped for different daily activities (commerce, worship, etc). Shortly after, clocks attached to the wrist became available, but were not widely used until the First Planetary Wars, when men started using them in the battle field. A great deal of accuracy was achieved with the Elementary Particles Clock and then later with the last Quantum Clock, thus beating the Mercury Ion Clock, which did not gain nor lose time at a rate that would exceed a second in over a billion years. This has in turned contributed to the System of Navigation and the Networks of Communication developed by the Advanced Research Tasks Enforcement Bureau of the Confederation of Republics’ Department of Defense. Other rival nations, becoming planetary powers, started developing their own navigation and communication systems, rivaling with the Confederation of Republics.



As conceptions around time evolved, clocks derived into mere decorative objects.
In the Ancient Holocenite Times, time was structured around the seasons, which were in turn linked to agriculture and gave way to different holidays and dates that organized and structured the everyday and social life. They involved the creation and repetition of rites, and in so doing, contributed to a cyclical perception of time, marked by ideas of eternal return.

With the advent of subsequent revolutions, driven by the ideals of the Age of Awareness, based on ideas of progress and modernization, this circular vision of time was substituted by a linear conception. Instead of repetition, there was a reading of history as a sequence of chapters that lead to one another.

In the late Holocenite Era however, advances in Science, Philosophy and the Arts brought forth ideas of fragmentation, and simultaneity[2]. A sense of progress and regression happening at the same time: events that repeat against a timeline that inevitably progresses. Dimensions that multiply and happen at the same time. This opened the door to another polarization, while on the one hand knowledge was becoming more sophisticated, some Holocenites reacted by returning to superstition.



The transition into the new that came after the Holocenite world required the gradual transformation of time perception. It was crucial to erode memory as well as critical thinking. This was achieved by generating a multiplication of big-scale events[3]. This would accomplish two objectives: on the one hand, time was rather represented and perceived as a huge timeline that feeds constantly with the latest events; on the other, the most recent event would rapidly erase the memory of the previous ones. In this way, people lived in a sort of eternal present. In the beginning - and inspired by the ancient, mythical calendars, which were still cyclical - traditions and holidays were added to the calendar, which disguised and adorned the passing of time, and gave people things to look forward to. Soon this would not be enough. Similarly, the very idea of a calendar would have to be erased. The solution thus was to pick on natural disasters and man-made catastrophes to signal time marks and to point at moments, substituting traditional time expressions of measurement.



Accumulation of memories and experiences was delegated to sophisticated and effective external storage devices.