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Caesar's calendar, which consisted of eleven months of 30 or 31 days and a 28-day February (extended to 29 days every fourth year), was actually quite accurate: it erred from the real solar calendar by only 11½ minutes a year. After centuries, though, even a small inaccuracy like this adds up. By the sixteenth century, it had put the Julian calendar behind the solar one by 10 days.
In 1582, Pope Gregory XIII ordered the advancement of the calendar by 10 days and introduced a new corrective device to curb further error: century years such as 1700 or 1800 would no longer be counted as leap years, unless they were (like 1600 or 2000) divisible by 400.
If somewhat inelegant, this system is undeniably effective, and is still in official use in the United States. The Gregorian calendar year differs from the solar year by only 26 seconds—accurate enough for most mortals, since this only adds up to one day's difference every 3,323 years.
our current Gregorian calendar maintains an average of 365.2425 days, ... however the proposed calendar would average 365.2423 days, which is much closer to the 365.2422 days average of our year.
Originally posted by Agree2Disagree
reply to post by sirnex
I think the only reason it'd be referred to as a "lunar calendar" is because of its secondary goal of aligning to the lunar cycle.
Also, I believe the most common method of expressing the lunar cycle is with synodic months which are about 29.5 days, measured from new moon to new moon.
Originally posted by Agree2Disagree
reply to post by sirnex
There have been a few that were similar to this set up that were proposed back in the 1930's to around the 50's. I think it even has this in that article. It was proposed as the World Calendar but instead of adding a full 30day-cycle every 3 years it added a 1 or 2 days annually to maintain alignment with the seasons. It was rejected by the religious because it would break the 7-day-week cycle.
Originally posted by sirnex
I checked out wikipedia and it mentions adding a week the the end of the year every seventh year called a sabbatical year.
Wiki: Enoch Calendar
Wiki: Shmita (Sabbatical Year)
Originally posted by Alethea
"The Celtic solar year was called the circle of Baal and was divided into halves."
I think you will find some very intriguing information concerning various calendars and time systems at this website.
www.bookpump.com...
Using Tracy Twyman’s theory (predicated upon the Compass of Enoch) that time may once have been calculated in sums of 13, 26, 52 and so on as my point of departure, I immediately arrived at some very specific results. In her system there are 13 months in a year, 26 hours in a day, and 52 weeks in a year. In other words, they are all multiples of thirteen. There are also 52 seconds in a minute and 52 minutes in an hour. Redefining the measuring of hours, minutes, seconds, etc, would seem utterly, gratuitous, except for the fact that the numbers all add up, and possess a sense of inner logic above and beyond our own current system of reckoning time. The numbers all echo one another. The smallest measurement is defined by the same number of component units as the largest: the 52 seconds in a minute echo the 52 weeks in a year. Note also that the day has 52 half-hours. More stunningly, a week is composed of 364 half-hours, which reflect precisely the Golden Year’s 364 days. So each unit of measure can be shown to coincide precisely with each other unit of measure. Thos which don’t are multiples of one another.
I completely understand that we could always adjust our current system but wouldn't it be much more efficient to simply switch systems and not have to worry about the adjustments further down the line?
Isn't science supposed to be as accurate as possible in our 'current' state?