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Here's how the Sumerian/Hebrew calendar gets intercalated ->
Here's how the Sumerian/Hebrew calendar gets intercalated ->
Over the course of 19 years where you have 12 months/year, you will during 7 of the years add a 13th month to the year ...
Over the course of 19 years where you have 12 months/year, you will during 7 of the years add a 13th month to the year ...
"""Adar II is the thirteenth month of the Jewish calendar. Seven of the nineteen years in the cycle of the Jewish calendar are leap years. In those years add an extra Adar before the regular Adar. Call this extra month Adar I, and the regular Adar becomes Adar II.
"""Adar II is the thirteenth month of the Jewish calendar. Seven of the nineteen years in the cycle of the Jewish calendar are leap years. In those years add an extra Adar before the regular Adar. Call this extra month Adar I, and the regular Adar becomes Adar II.
Adar II comes at the same time as the solar months March/April. "It's early in the spring. The brown trees of winter have put on gleaming costumes of bright green ...."""
Adar II comes at the same time as the solar months March/April. "It's early in the spring. The brown trees of winter have put on gleaming costumes of bright green ...."""
The Gregorian calendar is closely based on the Julian calendar, which was introduced by Julius Caesar in 45 BC. The Julian calendar featured a 12-month, 365-day year, with an intercalary day inserted every fourth year at the end of February to make an average year of 365.25 days. But because the length of the solar year is actually 365.242216 days, the Julian year was too long by .0078 days (11 minutes 14 seconds).
The Gregorian calendar is closely based on the Julian calendar, which was introduced by Julius Caesar in 45 BC. The Julian calendar featured a 12-month, 365-day year, with an intercalary day inserted every fourth year at the end of February to make an average year of 365.25 days. But because the length of the solar year is actually 365.242216 days, the Julian year was too long by .0078 days (11 minutes 14 seconds).
This may not seem like a lot, but over the course of centuries it added up. In the 16th century, the vernal equinox was falling around March 11 instead of March 21. In 1582, Pope Gregory XIII adjusted the calendar by moving the date ahead by 11 days and by instituting the exception to the rule for leap years.
This may not seem like a lot, but over the course of centuries it added up. In the 16th century, the vernal equinox was falling around March 11 instead of March 21. In 1582, Pope Gregory XIII adjusted the calendar by moving the date ahead by 11 days and by instituting the exception to the rule for leap years.
This new rule, whereby a century year is a leap year only if divisible by 400, is the sole feature that distinguishes the Gregorian calendar from the Julian calendar.
This new rule, whereby a century year is a leap year only if divisible by 400, is the sole feature that distinguishes the Gregorian calendar from the Julian calendar.
Following the Gregorian reform, the average length of the year was 365.2425 days, an even closer approximation to the solar year. At this rate, it will take more than 3,000 years for the Gregorian calendar to gain one extra day in error.
Following the Gregorian reform, the average length of the year was 365.2425 days, an even closer approximation to the solar year. At this rate, it will take more than 3,000 years for the Gregorian calendar to gain one extra day in error.
the first thing to notice is how much more accurate an OBSERVATIONAL CALENDAR is (Persian/1:110,000) compared to the other "MATH FORECAST" calendars (Gregorian/1:3,326).
the first thing to notice is how much more accurate an OBSERVATIONAL CALENDAR is (Persian/1:110,000) compared to the other "MATH FORECAST" calendars (Gregorian/1:3,326).
That's over 33x more accurate! simply by using the power of real-time observation
That's over 33x more accurate! simply by using the power of real-time observation
check out jm allen's work on the calendar ->http://www.atlantisbolivia.org/
check out jm allen's work on the calendar ->http://www.atlantisbolivia.org/
the biggest criticism of allen's work is only discussing the highlighted part. agreed.
the biggest criticism of allen's work is only discussing the highlighted part. agreed.
let's go beyond it ->
let's go beyond it ->
looking deeper -> see the end parts as the 3 vertical columns (3 solar years in the main chunk) but here on the ends it's measured in DAYS -> solstice days (one column one side = 1 solstice of 3 days).
looking deeper -> see the end parts as the 3 vertical columns (3 solar years in the main chunk) but here on the ends it's measured in DAYS -> solstice days (one column one side = 1 solstice of 3 days).
..both solstices in one year, both columns on either side ... for a 3 year period, it'd equal the total 18 chasquis left unhighlighted = 6 solstices :) this bring the 360 "easy count" maths in step with the "real" 365.242 maths at higher proportions ...
..both solstices in one year, both columns on either side ... for a 3 year period, it'd equal the total 18 chasquis left unhighlighted = 6 solstices :) this bring the 360 "easy count" maths in step with the "real" 365.242 maths at higher proportions ...
... run the "end game" during each solstice, each year, for all 30 years, twice again
... run the "end game" during each solstice, each year, for all 30 years, twice again
💥🤯
💥🤯
The 40 condor heads can also represent the 40 week year. 9 days per week = the 360 days the sun visibly changes rising/setting position on the horizon. the remaining 5.242 days the sun appears to stand still are split between the 2 solstices. 💥🤯
The 40 condor heads can also represent the 40 week year. 9 days per week = the 360 days the sun visibly changes rising/setting position on the horizon. the remaining 5.242 days the sun appears to stand still are split between the 2 solstices. 💥🤯
notice during the solstice (~2.62 days) you have, either, rotating,
notice during the solstice (~2.62 days) you have, either, rotating,
sunrise, sunset, sunrise, sunset, sunrise
sunrise, sunset, sunrise, sunset, sunrise
OR
OR
sunset, sunrise, sunset, sunrise, sunset
sunset, sunrise, sunset, sunrise, sunset
respectively,
respectively,
... you can even see these 18 cahsquis are carved differently from the other 30 ... left raised, w/ no interior detailing..
... you can even see these 18 cahsquis are carved differently from the other 30 ... left raised, w/ no interior detailing..
located at the "Cuvieronius" boundary with it's own path to and fro :)
located at the "Cuvieronius" boundary with it's own path to and fro :)
we've already seen the 18 "block" represented as solstice DAYS in 1 ACROTOM
we've already seen the 18 "block" represented as solstice DAYS in 1 ACROTOM
18 ring any OTHER bells ?
18 ring any OTHER bells ?
count off each of the 18 as a YEAR to track the full SAROS CYCLE {6 ACROTOM / 12 ZOCAM} !
count off each of the 18 as a YEAR to track the full SAROS CYCLE {6 ACROTOM / 12 ZOCAM} !
this means when THIS cycle was complete, an eclipse would occur !
this means when THIS cycle was complete, an eclipse would occur !
💥🤯
💥🤯
a perfect place to START/END a calendar indeed !
a perfect place to START/END a calendar indeed !
here's my graphic of the math of the SOLAR/LUNAR cycles ...
here's my graphic of the math of the SOLAR/LUNAR cycles ...
after 30 SOLAR years, add one LUNAR month of each type, respectively, to bring the SUN & MOON back into alignment
so,
30 SOLAR = 10,957 days.
SIDEREAL = 400 months is 10,928 days. add another month of 27.32 days
SYNODIC = 370 months is 10,926 days. add another month of 29.53 days
APOLLO visited the HYPERBOREANS every 19 years :)
a "myth" linked to the very scientific observation of the astronomical eclipse cycles
so,
so,
60 SOLAR = 20 ACROTOM = 40 ZOCAM
60 SOLAR = 20 ACROTOM = 40 ZOCAM
and only TWICE will you have had to intercalate over 60 years, as opposed to the hebrew (7 in 19), or gregorian (1 in 4)
18 x 20 = 360
18 x 20 = 360
SYNODIC
29.53 x 12 = 354
29.53 x 12.369 = 365.2
SIDEREAL
27.32 x 13 = 355
27.32 x 13.369 = 365.2
13.369 / 12.369 = 1.080
and the ANTIKYTHERA MECHANISM is tracking the exact same things ...
and the ANTIKYTHERA MECHANISM is tracking the exact same things ...
the large wheel has 235 teeth = SYNODIC & METONIC
the large wheel has 235 teeth = SYNODIC & METONIC
twice 127 is 254 -
twice 127 is 254 -
they had to make a SUB.OCTAVE version of the SIDEREAL & METONIC 19 year cycle ...
they had to make a SUB.OCTAVE version of the SIDEREAL & METONIC 19 year cycle ...
it has to all fit in one box, so
it has to all fit in one box, so
a 64/38 x 48/24 gear train -> on a 127:32 will give you the 254:19 ! 💥🤯
a 64/38 x 48/24 gear train -> on a 127:32 will give you the 254:19 ! 💥🤯
the mechanism also contains a 223 tooth gear ! = SYNODIC & SAROS 18 year eclipse cycle 💥🤯
the mechanism also contains a 223 tooth gear ! = SYNODIC & SAROS 18 year eclipse cycle 💥🤯
SUB.OCTAVE the 53 tooth gear to get 26.5 -> then this "slotted pin" gear handles the variability of the 223 gear across the 9 year cycle... to match the REAL MOVEMENT OF THE MOON ! 💥🤯
SUB.OCTAVE the 53 tooth gear to get 26.5 -> then this "slotted pin" gear handles the variability of the 223 gear across the 9 year cycle... to match the REAL MOVEMENT OF THE MOON ! 💥🤯
some more specifics regarding the history & math ...
some more specifics regarding the history & math ...
watch from minute 31:04 - 33:09 to learn more about the "SLOTTED PIN" & the MOON ...
watch from minute 31:04 - 33:09 to learn more about the "SLOTTED PIN" & the MOON ...
keep in mind WAR IS WAGED over this information !
keep in mind WAR IS WAGED over this information !
WHY can't they get along ?
WHY can't they get along ?
they don't even agree on WHEN it is. that's gonna be a problem ...
they don't even agree on WHEN it is. that's gonna be a problem ...
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