The Aztec/Mayan Calendar (And its similarities to the Hebrew/Biblical Calendar & Book of Mormon dates)

Summary

  • Similarities between Mesoamerican and Near-eastern Calendars
  • How to read Mesoamerican/Mayan/Aztec Calendars (see my Maya date conversion program!)
  • Understanding the “K’atun Wheel/Round” (or u kahlay katunob) and how it tracks the 520 year cycles very much like Daniel’s 490/500 year ‘sacred weeks‘ calendar.
  • A list of long count dates & references.

Introduction

Mesoamerican calendars show an astonishing amount of similarity to the Hebrew/Biblical and ancient Eurasian calendars. Really, its hard to believe these calendar systems developed completely independent of each other without some type of diffusionary influence. The purely Solar calendar of the Inca & their entirely unique Quipu writing system are far closer to what might be expected from a culture that developed in 12,000+ years of complete isolation from Eurasian thought. Of particular significance is “K’atun Wheel/Round” (or u kahlay katunob) and its similarity to the Hebrew 70 week/490 ‘year for a day’ sacred calendar used in the Book of Daniel. Although essentially ALL the ancient calendars of the world have been continually modified by various rulers for various purposes, most of the calendars in the Near-east/Eurasia show evidence of cultural diffusion from one to another despite the repeated modifications and corrections made to them. In the eyes of this author, this Eurasian cultural diffusion seems it must have made its way all the way to Mesoamerica.

In addition to the Mayan numeric system which is surprisingly similar to Egyptian numbering, the Mayan religious cycle or sacred round shows surprising similarity to the Jewish sacred round or religious cycle preserved in the Book of Daniel. For those unfamiliar with Daniel’s 70 week prophesy, it showcases the Jewish prophetic calendar or cycle made by combining the Jewish Sabbatical cycle of 7 years with the Jewish Jubilee cycle of 49/50 years. In Daniel 9 a full ‘prophetic cycle’ is said to be 70 ‘weeks or sevens‘ equaling 490 years (after which time ‘Messiah’ would come & the temple would be destroyed). This 490 year period is the conjunction of 70 sabbatical cycles (7×70=490) and ten Jubilee periods (10×49=490). This is often interpreted to actually be 500 years since some speculate that an intercalary ‘sabbatical year’ was added to the end of each Jubilee–thus adding 10 uncounted intercalary years in 490 (490+10=500yrs). One can’t help but notice the similarity of this Jewish ‘prophetic/religious calendar’ and the Tzolkin or sacred round of the Mayans. With the Maya, their ‘Jubilee’ was 52 years instead of 49, and was formed of 18 ‘weeks’ of 20 days instead of 7 sevens. Ten of these 52 year sacred rounds, in turn made a great year of 520 years (quite like the “K’atun Wheel”, “short count” or “u kahlay katunob” of the Maya). The similarity of these calendar cycles caused early chronologers like Fernando de Ixtlilxochitl to refer to the Mesoamerican systems with the same Biblical nomenclature.

Of course, this is just one of many similarities. Following is a list of many of the other similarities between the Mesoamerican calendars and the Near-eastern/Eurasian calendars of antiquity.

  • They both start from similar Anno Mundi epochs or ‘date for the creation of the world’. (Hebrew Cal: 3761 BCE, Mayan: 3114-3374 BCE, Chinese: 2671 BC — why would they all pick the 3rd & 4rth millennium? Unless they were all basing their worldviews on the same creation/destruction cycles covered in the Kolbrin & Oahspe )
  • They both have a ‘long count’ and a ‘short count’. The long count tracks days/years from creation, and the short count is a ‘sacred’ calendar used to track days/years within a smaller religious/political cycle (the Haab & Tzolkin 520 yr cycle for Mayans; the Jubilee & Sabbatical 490 yr cycle for Jews)
  • They both have similar Jubilee years. Hebrew Calendar: every 49/50 years, Maya: 52 years.
  • They both have similar Great Sabbatical Years (Hebrew Calendar: every 70 years, Maya 73 sacred years)
  • They both have important 13 cycle periods (Hebrew Calendar skipped between 12 months on a regular year, and 13 months on ‘leap’ years.) Whereas the Mesoamericans used 13 cycles to track their sacred round.
  • They both used a ‘Year for a Day’ system, where the annual sacred calendar’s “days” were projected onto a parallel ~500 year period. The Mayans called theirs ‘u kahlay katunob‘ or ‘Katun Wheel’ which projected the Tzolkin’s 13 cycles of 20 days onto 13 periods of 20 years to track long period religious cycles of 260 years (or ‘doubled’ as 520 years). For the Hebrew Calendar this ‘Year for a day’ system is given in Daniel 9’s “70 week prophesy” which prophesies of a period totaling 490 years (70 sabbatical years or 10 Jubilee years). Both Ixtlilxochitl and Diego de Landa use this Mesoamerican calendar system and point out its similarities to the Jewish Jubilee cycle.
  • They both seem to have special regard for the number 144,000 (length of Baktun in days, also in Bible in Revelation 7:3–8, 14:1, 14:3–5).
  • There is a WILD correlation between the use of the tzolkin– and haäb-cycle 52 year round’s FOUR signs & directions (see this image! or last 30sec of this video) and the Chinese Sexagenary Cycle. Not only are they written identically with 2 characters pairs, but the ‘earthy branches‘ part of the cycle is divided into four animate glyphs matching with coordinate directions! The Babylonians & near-easterners did this with degrees/minutes/seconds in maps too. (I suspect that by studying the Chinese Sexagenary Cycle, someone will unravel the Mesoamerican Tzolk’in and how it tracks seasons with the direction, and tracks Venus like Israel & Egypt instead of Jupiter like China).
  • The Mesoamerican Tzolkin notation is almost exactly like the Chinese zodiac system. Particularly in the way a year in a great cycle is denoted by a number and Zodiac animal. The Chinese would say January 2012 as ‘the year of water (5) dragon’. The Mesoamericans would say Jan 2012 as the year of ‘2 Flint’.
  • They both have a significant ‘aligning’ of the Sabbatical and Jubilee years. See the way Daniel 9 uses 490 as ’70 weeks‘ or 10 Jubilees (70×255.5 and 49×365-d = 49 years). Compare that with the way Ixtlilxochitl uses 10 ’rounds’ or 52 year ‘Calendar Rounds’ (where lunar/ritual Tzolk’in cycle aligns with solar Haab cycle- 73×260-d Tzolkʼin days and 52×365-d Haab days = 52 years). So a epochal calendar round was 490 in bible (see Daniel 9), and 520 among Aztecs (see Ixtlilxochitl for an explanation of this).
  • The fact that the Book of Mormon says they changed their calendar system base date 510 years after leaving Jerusalem, and started counting anew from the ‘reign of the Judges’ is very significant. Since the ‘Katun Wheel’ as I explain below, only goes to 260/520 years; a people using a Mesoamerican Calendar (or Jewish of 490?) would be needing a new base date.
  • There are some strange similarities in the Aztec Calendar stone in its ‘weeks’. Note it has 52 boxes of 5’s around the center. This is speculated to be 52 ‘weeks’ of 5 days in a sacred round/tzolkin of 260 days which also happens to be a microcosm to the exactly 52 years of the sacred round aligning with the Long Count (exactly 53 years to align with the Haab). That’s a strange correlation to the 52 weeks of 7 days in a Western/Babylonian based calendars. Is this similarity coincidence, or is there another Tzolkin/Haab correlation with a strange mathematical relationship they used, between the Tzolkin 260 day round and Haab 365 day round that we don’t understand yet?

I suppose one could argue that all these similarities simply have to do with the similarities in the celestial cycles being tracked, but I think that’s a stretch. There’s little in nature that would make them choose such similar creation dates or ‘Jubilee/Venus’ correlations. Note that Mesoamerica has over 60 Calendar system variants, but nearly all of them use similar cycles to those mentioned above.

The Metonic Cycle: Among the Greeks & Hebrew’s their religious cycles were often based on the Saros & ‘Metonic Cycle‘. Although its unknown when the Metonic Cycle was discovered and incorporated into sacred calendars, attributes of the cycle were shared between many near east calendar systems including the ancient Babylonian and modern Hebrew Calendars. Somewhat like the Mayan Sacred Round, the Metonic Cycle syncs individual cycles of 18/19 solar years (or 235 synodic months/255 draconitic months) after which the phases of the moon recur on the same day of the year, in the Jewish/Hebrew calendar, this 19 year cycle is used to tie together the lunar & solar calendars by keeping track of the 12 common (non-leap) years of 12 months and 7 uncommon (leap) years of 13 months. To automate this correlation, the Greeks even invented a mechanism very similar to the Mayan calendar round to sink their three calendars. Called the Antikythera Mechanism this device synced the solar, lunar and sacred calendars of the Mediterranean world during the Greek era BC. Note that the Hebrew, Metonic and Mesoamerican Tzolkin all tracked the lunar cycles in a similar ‘separate sacred or prophetic calendar’ (often related to Venus).

Interpreting a Mesoamerican/Mayan Calendar date is quite simple once you know how each unit correlates with Western Calendar units.

How to Read & Calculate Aztec/Mayan Dates

Its important to understand Mesoamerican dates can and were specified in multiple ways. One is by simply using the Long Count. With this system you simply count the number of days/years from the “creation date”, which is thought to be 3114 BC. (see ‘creation date’ discussion) This system gives the most accurate result but isn’t a traditional date. Its more like the modern ‘Julian day number‘ used by astronomers. The others are the traditional Short Count or sacred round cycle of the Tzolkin & Haab, year bearer and lastly the K’atun Wheel/Round or “u kahlay katunob” which we’ll get to in a minute. Here’s a breakdown of the different systems and how they correlate with Western systems we are used to.

  • Long Count = Similar to the Julian day number system used by astronomers. (anno mundi of ~3114 BC instead of 4714 BC)
  • Haab/Solar Round = Similar to the day/month part of our Western solar/annual calendar. (18 mo. of 20 days instead of 12 mo. of 28/31 days)
  • Tzolkin/Sacred Round = Similar to the ‘weeks’ of our Western/lunar calendar. (28 weeks of 13 days instead of 52 weeks of 7 days)
  • K’atun Round/Short count = Similar to the ‘year’ section of our Western calendar. Since the Haab doesn’t track years (only day-month), and the Long Count doesn’t match the true solar year, the K’atun round can track true years in a 260/520 year religiously significant cycle (after which it starts over).
  • Year Bearers = One of the most common date system used in old codices, it really doesn’t have a Western equivalent. It is much more like the Chinese zodiac system which labels each year after an animal. (ie. 2012, the year of the Dragon)

Long Count Dates: Just like the Julian day number system counts dats from 4714 BC, or the year date in a Gregorian system counts from the time of Christ, or a year on the Hebrew calendar counts from the creation year of 3761 Anno Mundi. A typical Long Count date has the following format: Baktun.Katun.Tun.Uinal.Kin, (14.20.20.18.20 or year×400.years×20.year×1.month.day). Note it reads from right to left (and top to bottom on monuments) instead of left to right, and uses a vigecimal/base-20 system instead of a base-10 like ours). Since it is believed that the ‘years’ of the Long Count were computed using 360 days instead of 365.25 days (without adding leap days) then the Long count’s days/months would have been completely off from the seasons and solar years. This is why the calendar’s use was limited. And converting to a Gregorian date takes some math. This is usually done by multiplying the whole number into days and then essentially dividing by 365.24 to get back into true years/months/days. However, note that computing the left 3 ‘year’ digits without any conversion usually gets you within 22-36 years of the true date. (Since most dates range from 500 BC to 1000 AD and missing 3.25days×in 2500-4000 years = only 22-36 years). Here’s the breakdown of the digits.

  • Kin = 1 Day.
  • Uinal (month) = 20 kin = 20 days. (or 4 weeks of 5 days)
  • Tun (year) = 18 uinal (months) = 360 days = ~1 year. (or 72 weeks of 5 days)
  • Katun (score) = 20 tun (years) = 360 uinal (months) = 7,200 days = ~20 years.
  • Baktun = 20 katun (scores) = 400 tun (years) = 7,200 uinal (months) = 144,000 days = 400 ‘long count‘ years.
  • Piktun = 13 Baktun = 5200 years or a full creation/destruction cycle.

The kintun, and katun are numbered from 0 to 19 (20 yrs); the uinal are numbered from 0 to 17 (18 mo); and the baktun are typically numbered from 0 to 13 (like the Tzolkin/sacred round). The Long Count has a cycle of 13 baktuns, which will be completed 1,872,000 days (13 baktuns) after 0.0.0.0.0. This period equals 5,125.36 solar years and is referred to as the Great Cycle of the Long Count (thus the 2012 hype).

Creation Date. The Mayan Anno Mundi used in ancient Mayan long counts was lost in prehistory, and has had to be determined by archaeologist using a combination of logic, radiocarbon dating and astronomical events found in monuments and codices. (as well as consulting tribes who still use some version of it). Currently the most used date is the GMT or Goodman-Martinez-Thompson correlation. Although some archaeologists support the Spinden correlation of 3374 BC, and a handful of others exist going back to the earliest Bowditch correlation of 3634 BC. Also, one must consider the possibility that DIFFERENT kingdoms/cultures used a different creation dates. Given its prevalence in Western calendar history, its very likely that it could have been randomly changed by certain rulers over time. Note that Oahspe puts the ‘end of the age at March 31, 1848 instead of Dec 21 2012, which if true would make the GMT correlation off by 164 years. Early radiocarbon dates at Tikal seemed to match best with the Spinden correlation which was 260 years earlier than the GMT. (add these, as well as list of alternatives with references)

Lets walk through converting the example of 13.0.4.6.17 given in the illustration above. Although an accurate conversion requires converting the whole Long count to days, and then correlating it to the astronomically-based Julian Day Number and then to a Gregorian date from there, note that just adding up the left 3 digit year size gives us 4+0+5200=5204 years. Which added to 3114 BC, gives us 6-17-2090 AD (which is fairly close). But that’s using 360 day years/20 day months and gives a number roughly 70 years off from the true converted date which uses the more precise method of counting days. To get the generally accepted ‘true’ solar date we must, first compute the ‘days’ by multiplying each part by its vigesmal coefficient. So starting at the right we have 17×1+(6×20)+(4×360)+(0×7200)+(13×144000)= 1,873,577 days [Or conversely using the 5204 from the ‘years’ method explained above (5204×360=1,873,440) + (6×20 + 17 =137) + (1,873,440+137=1,873,577 days)] To get an exact date we’d now convert this ‘Mayan day number’ of days after the Mayan creation date of Aug 11, 3114 BC, to Julian Days which start at 4713 BC (ie. add 1599.6 yrs). Now to get the Julian Day number to a Gregorian date, the math is actually quite complicated and can be found here. But for a rough estimate, one can simply divide the Julian day by 365.24 (1,873,577 days/365.24 days=5129.71 years) then add that to the creation date of Aug 11, 3114 A.M. and it gives us (-3114 + 5129.71 = 2016 AD). To which we then do a bit more complicated match to turn the “.71” into months/days and add it to the “Aug 11”, and it comes out to April 16, 2017. If you’d like to walk through the math try it out here, or better yet, use my Javascript Mayan converter program here.

A few things you should notice if you’ve followed along or played with this in excel, is that if the Mesoamericans used ANY intercalary days it could quickly change the long count by years. (For instance some Mesoamerican cultures might have already added in the 5.24 missing intercalary days so that no conversion is necessary.) For instance, if they just threw in ‘uncounted’ festival days (like the Israelites did) then a given long count date computed the standard way could easily be off by up to 22-36 years (3.25 days in 2500-4000 years = 22-36years). Also the creation date is crucial. And since different scholars and archaeologists have posited creation dates ranging from about 2900 – 3400 BC, then we must admit that any given long count date could also be off by that amount). Although this is where the Tzolkin and the Haab calendars come in.

You can try it our with this calculator: https://docs.google.com/spreadsheets/d/1VvTABETBkEAosUHXUiqwVKa9-wkCuwxzoYDyCiqZ-XA/edit?usp=sharing or https://utahgeology.com/bin/maya-calendar-converter/ 

Since the Long Count is believed to have used 360 instead of 365.24 days and thus NOT have lined up with the sun, moon or seasons, they used other separate calendars to more often track the solar year and moon/Venus rituals.

The Solar Round (Haab): The Haab’ was a number found at the end of many ancient calendar inscriptions. In our illustration it is the right-most part of the Mesoamerican date. Known as the Vague/ true solar year or Haab’ to the Maya, xiuitl to the Aztec, and yza to the Zapotec; it was supposedly based on 18/19 named months, each matched with the 20 days of the month, with a five day period of ‘uncounted days’ tacked on the end (19th month) to make a total 365. It’s thought to be essentially a repetition of the right 2 digits of the Long Count except, since it has a 19th month of 5 ‘unnamed’/intercalary days it accords with the solar year (adding 5+360=365). So the Haab would only fall 0.242 days behind the seasons each year, where the Long Count would fall completely out of sink (5.242days/year). This is typically more useful than the long count, because every culture is more concerned with progress through the year/seasons than days from creation or weeks on a religious calendar.

[Some Thoughts: My main issue with the Haab, is why wouldn’t a culture just started throwing the 5 intercalary days onto the Long Count? Seems awfully laborious to create and keep an essentially redundant unit on your calendar. Could we be mistaken on how it was used? I need to go through all the archaeological long count inscriptions and see how often the Haab/Tzolkin don’t match the Long Count like they should… I think it’s quite prevalent. In these cases either the Ka’tun wheel is being used or there’s something we’re not quite getting yet in these Haab dates.]

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The Sacred Round (Tzolkin): Just above the Haab was a date named the Tzolkin by archaeologists. It was a 260-day cycle called the Sacred Round, or the Ritual Calendar; tonalpohualli in the Aztec language, Tzolk’in in Maya, and piye to the Zapotecs. Each day in this cycle was numbered from one to 13 (a trecena), matching with 20-named months (13 × 20 = 260). Note that many call the tzolkin’s 20 named units ‘days’. However, the Aztec Calendar Stone makes it pretty clear that the 20 named units were ‘sacred/religious months’ placed on a 260 day round (which we know from the 52 ‘weeks’ of 5 days labeled on it). Evenso, the exact purpose of the Sacred Round is not understood. Theories include correlating cycles of the moon, 9 months of pregnancy, Venus cycles combined with observations of the Pleiades and eclipse events and potentially appearance and disappearance of Orion. At any rate, it counts out 13 cycles of 20 (months), totaling 260 days or about 9 months (we could call these sacred or religious months like a biblical week). After those 260 days it repeats, adding another 8 sacred ‘months’ of 13 days (8×13=104) to fill up the 105 days of the true year’s 365 days. This then continued into perpetuity aligning with the Haab/solar year once every 52 years. Because of this unique 52 year alignment the combined Tzolkin and Haab dates could be used to specify ONE unique date each 52 years–which is apparently how it was ubiquitously used. (As a coefficient to the Haab to track years instead of days) So a Haab | Tzolkin date like 8 Kab | 13 Pop could be narrowed down to ONE specific day each 52 years.

  • Archaeologist believe the Tzolkin sacred calendar had 20 ‘months’ of 13 days each. So a sacred year was 260 days (13×20=260)
  • 72 cycles (or sacred years) of 260 days = 18,720 days. Which equals 52 Long Count years (of 360 days).
  • 73 cycles (or sacred years of 260 days = 18,980 days, Which equals 52 Haab or true years (of 365 days)

The Short Count or K’atun Round/Wheel: Known also as the “u kahlay katunob“, early records from Diego de Landa (the first Bishop of Yucatan) found in his 1566 Relacion de las Cosas en Yucatan, also talk of another calendar cycle used by the Mayans in which they basically projected the Tzolkin or Sacred Round onto an annual cycle of 260/520 years instead of days. It was a 13 k’atun cycle, which totaled 260 years or 260 tuns (of 365 days each). Each k’atun was named by the tzolk’in day on which it began (or often when it ended). Because the 20 day names of the Tzolk’in are an even divisible of the tun (360 days), a k’atun beginning can only start on an Ahaw day. Thus, the 13 k’atuns of the K’atun Wheel were named 1-13 Ahaw (or Izcalli/Mat in some systems). See page 80 of Morely’s An Introduction to the Study of the Maya Hieroglyphs for more info. A brief explanation can also be found here. You can even find a brief description on the Wikipedia Maya Calendar page (see short count).

An understanding of the Short Count/Katun Round comes from only a few initial authors, and I don’t believe it was always used as they describe. So I’ll attempt to explain the way I think it was used. It seems likely that early in Mesoamerican history (from 600 BC to ~100AD) the tzolkin portion of dates was used as a Katun Wheel tracking years more often than archaeologist realize. For example, the date 8 Kab would be used to say the 8th year of the sacred score Kab instead of 8th day of the sacred month Kab instead of the traditional 8th day of the sacred calendar month Kab. This sacred system of tracking years used 20 cycles (a score) of 13 years each, totaling 260 years. I believe the special ‘variant’ glyphs, commonly seen, were then used for the ‘score’ glyph to double its value extending the systems reach to 520 years. Note also the Aztec Calendar stone and its ‘weeks’ or 52 boxes of 5’s around the center. This is speculated to be 52 ‘weeks’ of 5 days in a sacred round/tzolkin of 260 days which seems like it must have been used as a microcosm for the 52 years of the sacred round aligning with the Long Count. This is a big deal, since Mesoamericans counted by 5s, it means that a date that looks like a tzolkin number telling the day on the sacred calendar could actually be a Katun Round number telling the year in the 52 year Round. This system would explain the dates seen so prevalently in writers like Ixtlilxochitl. Thus:

  • The Haab’ tracked days and months — The Tzolkin sometimes tracked sacred months, but often dualistically used the same notation & symbols/numbers to track the years in a short count of 520 years.
  • Both of these systems used the Tzolkin convention of: day/year | month/sacred cycle or score of years (example: 8 | Kumkʼu)
  • These two numbers/symbols can then be used to track either 260/520 days or 260/520 yrs.
  • ——- first let’s explain the math of the Tzolkin as day tracker ————-
  • 13 days = 1 sacred month
  • 20 sacred months = 1 sacred year (a Tzolkin year) = 260 solar days. (then we repeat)
  • 1 solar year (Haab) = 28+8 sacred months = 1.8 sacred years (tzolkin year)
  • 52 solar years (full sacred cycle) = 72 sacred months
  • ——- now let’s do the Tzolkin as a year tracker ————-
  • 13 Tzolkin years = 1 score of years = 4745 days (13y×365d)
  • 20 Tzolkin years or 1 score = 1 sacred round = 260 solar/Tzolkin years = 94,900 solar Tzolkin days (260×365d)
  • 2 of these cycles gets us to 520 years

So in summary. The Tzolkin/Haab was dualistic. It could count for “days, and months and times/seasons and years” (see Gal 4:10, D&C 121:31, Gen 1:14). The Tzolkin could be a sacred 13day/20month cycle equating to a sacred year of 260 days OR it could be a solar 13year/20score cycle equating to 260 solar years (or doubled to 520 solar years). Note also that the bible might have used a VERY similar system and that what I call ‘scores’ (20 year periods), they call a ‘time’; and that the ‘doubling’ of the time with a ‘variant’ would make it a ‘times’. A convention likely applied to each of the major cycles of 260/520/1040 (coincidentally enough 260+520+1040=1820, the date of the first vision was time, times & half a time after Christ’s birth according to Mesoamerican epochs).

The Year Bearers: Note that many Mesoamerican dates are referenced using the year bearer system. With this system each year was referenced by the Tzolkin coefficient for the first day of the year. Thus since EVERY year starts with the same Haab date of 1 Pop (1 Izcalli) in Aztec, that portion is omitted and only the Tzolkin coefficient is given. So a date like 9 Flint/ Etz’nab’/ Tecpatl, 1 Mat/ Pop/ Izcalli is given as just 9 Flint/ Etz’nab’/ Tecpatl and corresponds to only ONE year in each 52 year sacred round. Note also, as explained here, that many different regions used different starting days for their year bearers at different times, which can make correlating historic dates using the year bearer, very difficult. Of course, this also extends to the sacred round haab/tzolkin date in general—when working with historic dates, these dates can be notoriously inaccurate because of regional changes made to the calendars over time.

Understanding the Three Celestial Cycles: There are three very obvious celestial events which most cultures have used to track time and align celebrations/holidays with and they involve the brightest orbs in our sky; the Sun, the Moon and Venus. We know that the Haab tracked the solar year. But its not fully understood how the tzolkin might have been used to track the Moon & Venus, although its theorized they were.

The first is obviously the solar year. It controls the seasons and thus is the most important. Its length is 365.242 days for the tropical or synodic year (one revolution from equinox to equinox) or 365.256 for the Sidereal year (one revolution in relation to viewing fixed stars or constellations). This cycle controls the length of the day, temperature and seasons, so obviously ancient cultures wanted to commemorate the equinoxes so they knew when summer and winter were coming and going.

Second is the lunar cycle. It controls the tides, fish harvests and possibly even child bearing. One full lunation or lunar cycle as viewed from earth is 29.53 days making each quarter phase last about 7.4 days. Lunar cycles fit into the solar cycle 12.48 times, so it is natural to fit 12 ‘moonths’ into a year. However those 12×29.53 days only equal 354.36 days so we’re left with 10.882 ‘left over’ days where the lunar year grows out of alignment with the solar year. (That’s a bit more than a full month each 3 years! — so more about that later.)

Third is the Venus cycle. Venus is often the most obvious star in the sky because it nearly always either precedes or follows the suns rising and setting. Because of this ‘coupling’ with the sun, its often called the ‘evening and morning star‘ and is represented as a son or bride to the Sun in religion & mythology. (Jesus/Messiah is referred to as the Morning star in 2 Peter 1:19, Job 38:7, Rev 22:16, Num 24:17) It’s cycle or period is usually measured from one of its transits/conjunctions across the sun to another (where it switches from morning star to evening star). A process which takes 584 days (583.92 to be exact). 263 as a morning star, 50 days absent behind the sun/below the horizon, then 263 days as an evening star, and finally, 8 days absent/obscured by solar glare (and sun being at its back) when between the Sun & Earth. See video here. Its raising and setting are tracked by the temples at Teotihuacan and show interesting relationships with the Mesoamerican calendar.

Many ancient calendars used similar geometric shapes to visualize celestial mathematical relationships. On the Aztec calendar the sacred round of 260 days. (52 ‘weeks’ of 5 dots/days each) can clearly be seen around the month ring which total 260 total days. These were likely used as a microcosm of a ‘great cycle’ of 260/520 years spoken of by chronologers like Ixtlilxochitl, using the same ‘year for a day’ prophetic calendar found in the bible. See the ‘similarities’ section for how the mayan 520 year cycle might correlate to the Jewish 490 year cycle.

Understanding the Venus Cycle: It is VERY likely the sacred round or Tzolkin tracked the Venus cycle and somehow tied it to the solar (and lunar?) year. As mentioned above, Venus is a “morning or evening star” for approximately 260-263 days each year. And 5 synodic periods/orbits of Venus is almost exactly 8 Earth years (& 13 sidereal Venus years). So it lines up 5 times each 8 years, 15 times each 24 years, 25 times each 40 years 30 times each 48 years and 50 times each 80 years. These periods are VERY handy for a culture that counts by 5’s and 20’s. So lets explore how this might relate to the Sacred Round and or Jubilee. Questions to explore…

  • Do the Jewish spring and fall festivals line up with the spring and fall equinoxes at some point in the 49/52 year Jubilee? (note, this would be latitude specific.) When does the Jubilee line up with Venus’ 50 days in the sun/underworld?
  • Did the Mulekites/Nephites purposefully travel to the same latitude as Jerusalem (31.5 N), or Sanai (28.5) in order to build a city & temple where the calendar matched the Jewish feast/holidays? Did Nephi ‘modify’ the calendar and holy days to fit Monte Alban, and then Mosiah do the same to fit Cholula (so that the sacred round is changed from 59/80/52 in order to work with the equinoxes of those cities?)
  • The feast of weeks (7 weeks after Pentecost) is a microcosm of Jubilee (7 sabbaticals after what?). Is there some correlation here? Might the sabbatical years actually be intended to represent the 7 ‘leap months’ added every 19 years? Might the sabbath day be meant to be a ‘leap day’ which wasnt counted, so that two 14 day ‘weeks’ could actually be 12 days long (matching the months/zodiac)?
  • The Hebrew calendar tracks each 19 years, inserting its leap month 7 times in the 19 years. Leaving 13 years untouched. This seems strangely similar to the Haab and Tzolkin? Could the Haab originally have been 19 year coefficients instead of 18 months? Could the 13 Tzolkin coefficients be related? (unlikely)
  • How does the Oahspe cosmic serpent calendar correlate to the Egyptian/Jewish one? Did they match the cube/sum to the 4 seasons & creation/destruction periods of the Aztec Calendar? Did they match the 7.5 Dan’has to a week? Did they match the 12 squares to the months & zodiac? (chart this on a circle and see if you can make sense of it). Is the 144,000 years of a ‘cube’ supposed to correlate with the 144,000 days of a Baktun (~400 years)? I suspect these are only VERY loosely correlated if at all, the Oahspe calendar being much older, and only partially available to Egypt/Israel. (they were more just trying to match the sacred numbers to their festivals and seasons)

Examples of Mesoamerican Dates

Monte Alban Stelae 12 & 13594 BCE4snake, 8flower and 10jaguar, 4somethinghttps://cpb-us-e1.wpmucdn.com/blogs.uoregon.edu/dist/7/5151/files/2013/12/DSCF8526-2a7la1b.jpg
Monte Alban Danzante FigureMarch 16, 692 ADbarely legible Haab? of 4-somethinghttps://cpb-us-e1.wpmucdn.com/blogs.uoregon.edu/dist/7/5151/files/2013/12/DSCF8524-1zlij16.jpg
siteNameGMT (584283) DateLong CountLocation
Takalik AbajStela 2236 – 19 BCE7.(6,11,16).?.?.?https://en.wikipedia.org/wiki/Takalik_Abaj#/media/File:Abaj_Takalik_Stela_5.jpg
Chiapa de CorzoStela 2December 6, 36 BCE /
October 9, 182 CE
7.16.3.2.13 or
8.7.3.2.13
https://classconnection.s3.amazonaws.com/962/flashcards/1362962/jpg/stela2_chiapa_de_corzo-141951102545CAEF8F5.jpg
Tres ZapotesStela CSeptember 1, 32 BCE7.16.6.16.18https://commons.wikimedia.org/wiki/File:Estela_C_de_Tres_Zapotes.jpg,
https://www.chegg.com/flashcards/o-frontier-and-lf-e63c243b-2544-45b9-8536-25e86eb087b7/deck
El BaúlStela 1March 6? 11 – 37 CE7.18.9.7.12,
7.18.14.8.12,
7.19.7.8.12, or
7.19.15.7.12
https://upload.wikimedia.org/wikipedia/commons/3/3b/El_Baul_Stela_1.jpg
https://commons.wikimedia.org/wiki/File:ElBaulSt.jpg
Takalik AbajStela 5August 31, 83 CE or
May 19, 103 CE
8.2.2.10.15 or
8.3.2.10.1
This interpretation is horrible! Do your own.
https://en.wikipedia.org/wiki/File:Abaj_Takalik_Stela_5.jpg
Takalik AbajStela 5June 3, 126 CE8.4.5.17.11https://en.wikipedia.org/wiki/File:Takalik_Abaj_Stela_5.JPG
La MojarraStela 1May 19, 143 CE8.5.3.3.5 | glyph-18https://upload.wikimedia.org/wikipedia/commons/thumb/4/4b/La_Mojarra_Stela_1_Schematics.jpg/1200px-La_Mojarra_Stela_1_Schematics.jpg (left most date)
La MojarraStela 1July 11, 156 CE8.5.16.9.7 (or 9.9?)Once again, (or) interpretation wrong for some reason… why?
https://commons.wikimedia.org/wiki/File:La_Mojarra_Estela_1_(Escritura_superior).jpg
Near La MojarraTuxtla StatuetteMarch 12, 162 CE8.6.2.4.17https://upload.wikimedia.org/wikipedia/commons/thumb/1/1d/Tuxtla_Statuette.svg/250px-Tuxtla_Statuette.svg.png
TikalStela 29July 8, 292 AD8.12.14.8.15| 13 Men 3 Zip Mexico
CopanStela 15AD 504?Copan has 8+? Stela’s with dates ranging from 504 AD to 761 AD. THIS IS YOUR BEST BET OF DECODING MAYAN DATES.
See https://uncoveredhistory.com/honduras/copan/the-stelae-of-copan/
Read its history at https://en.wikipedia.org/wiki/Cop%C3%A1n#Rulers
CopanStela PMarch 623 AD9.9.10.0.0, 2 Ajaw 13 Pophttps://uncoveredhistory.com/honduras/copan/the-stelae-of-copan/attachment/w1067-copan-stela-p-2/
CopanStela N17th March 761AD9.16.10.0.0 1 Ahau 3 Siphttps://uncoveredhistory.com/honduras/copan/the-stelae-of-copan/attachment/w1105-copan-stela-n-side-view-slim-2/
Yaxchilán, Chiapas Lintel 375 July AD 5349.5.0.0.0, 11 Ahaw 8 Sekhttp://research.famsi.org/uploads/montgomery/hires/jm01537yaxlin37.jpg
Piedras NegrasBurial 5July 5, 674 9.12.2.0.16http://www.mesoweb.com/pari/publications/RT06/FourShellPlaques-OCR.pdf (check)
TikalAlter 14March 16, 692 AD9.13.0.0.0 | 8 Ajaw 8 Wohttp://research.famsi.org/uploads/montgomery/292/image/JM000713TikT1Alt14.jpg
ToninaMonument 101January 15, 909 AD? 10.4.0.0.0. ????https://external-content.duckduckgo.com/iu/?u=https%3A%2F%2Ftse4.mm.bing.net%2Fth%3Fid%3DOIP.Trbe2hynkEumla1Urmwm6AAAAA%26pid%3DApi&f=1
last Long Count date in the Classic Maya lowlands.
Chichen ItzaInitial Series lintelJuly 28, 87810.2.9.1.9| 9 Muluk 7 Sakhttps://en.wikipedia.org/wiki/Mesoamerican_Long_Count_calendar#/media/File:Morley_1915_ISglyphs.svg
https://www.jstor.org/stable/275754?seq=1
Chichen ItzaSE PillarMay 6, AD 998 and Jan. 30, AD 998 10.8.10.11.0| 2 Ajaw 18 Mol and 10.8.10.6.4|10 K’an 2 SotzNo Longcount, only solar round date. says. ’10 K’an [the] day, 2 Sotz’, eleventh tun [of K’atun] 2 Ajaw’. Only fit is that date. See great article at:
https://brucelove.com/research/contribution_002/
TortugueroMonument 6December 23, 201213.0.0.0.0 4| Ajaw 3 K’ank’inhttps://upload.wikimedia.org/wikipedia/commons/7/7f/Estela_6_el_Tortuguero.jpg
La CoronaHS 2, Block VDecember 23, 20123.0.0.0.0 4 Ajaw 3 K’ank’inhttp://1.bp.blogspot.com/-zM2HrRL-BC0/UOChmLSOsjI/AAAAAAAABPI/hfs4jsySyYk/s1600/MNU2012-12-30_04_June-2012_La-Corona_Hieroglyphic-Stairway-2_Block-V_IM-DavidStuart-PRALC-TU.jpg
(more dates here?)
QuiriguaStela CAugust 11, 3114 BCE13.0.0.0.0|4|8https://en.wikipedia.org/wiki/File:East_side_of_stela_C,_Quirigua.PNG, WRONG DATE, CHECK ME!
CobaStela 1December 23, 201213.0.0.0.0 | 4 Ahau 8 KumkʼuPlaces nineteen 13’s before this date for some reason.
https://www.researchgate.net/figure/Coba-Stela-1-A1-D17-Drawing-COBSt-1-from-Corpus-of-Maya-Hieroglyphic-Inscriptions_fig1_231872337

Notes Concerning Ancient Calendars from Oahspe

This background information from the text ‘Oahspe’ is very insightful when it comes to making assumptions about possible ancient calendar systems. Of particular note are the ideas that many cultures (like the Israelites) combined the calendars of surrounding cultures in order to create ‘short and long’ count calendars (ie. the ‘prophetic calendars spoken of in other parts of the text). As well as some cultures counting ‘two years’ to the same amount of time that other cultures called ‘one year’ (Note that Ixtlilxochitl does this). As also, its ‘creation cosmology’ is insightful when comparing this type of ancient reasoning to the cosmology we find in Mayan myth and/or ancient books like The Kolbrin.

2. And he placed the sun in the midst and made lines thence to the stars, with explanations of the powers of the seasons on all the living.
3. And he gave the times of Jehovah, the four hundred years of the ancients, and the halftimes of dan, the base [number] of prophecy; the variations of thirty-three years; the times of eleven; and the seven and a half times of the vortices [orbits/frequencies] of the stars, so that the seasons might be foretold, and famines averted on the earth. (Oahspe, Book of Osiris, XII)

Note that the ‘times of eleven’ or variations of thirty-three years (3×11) is tracking the Solar cycles or Solar Max. The well known cycle of 11.01yrs when the sun switches polarity. (apparently 3 of them makes some type of repetitive cycle of solar variability, having to do with Jupiter & Saturn’s orbit and their tidal effects on the sun). The ‘7.5 times of the vortices’ must be something else I’m not aware of. If you know what it is… contact me! (likely some kind of planetary alignment that also includes other planets so the tidal forces of the sun make an even bigger difference). It does seem to match the alignment of Earth & Venus with the Solar Max. Earth & Venus conjunct every 1.5987 earth years (583.92 days), and 6.5 to 7.5 of these equal the Solar Cycle (see this article). Another less likely possibility is that the solar orbit of Venus (sidereal period) is 7.5 earth months (225 days / 30 = 7.5), but since most cultures have different spans for months I’m not sure what that would prove. 7.5 yrs is also the time it takes for Saturn to move through 3 zodiacs (or 1/4 the full 12 or 360 degree celestial equator).

…The times by the learned gave two suns to a year, but the times of the tribes of Eustia gave only six months to a year. Accordingly, in the land of Egypt what was one year with the learned was two years with the Eustians and Semisians.
3.God said: My people shall reckon their times according to the place and the people where they dwell. And they did this. Hence, even the tribes of Israel had two calendars of time, the long and the short.

To events of prophecy there was also another calendar, called the ode, signifying sky-time, or heavenly times. One ode was equivalent to eleven long years; three odes, one spell, signifying a generation; eleven spells one Tuff. Thothma, the learned man and builder of the great pyramid, had said: As a diameter is to a circle, and as a circle is to a diameter, so are the rules of the seasons of the earth. For the heat or the cold, or the drouth or the wet, no matter, the sum of one eleven years is equivalent to the sum of another eleven years. One spell is equivalent to the next eleventh spell. And one cycle matcheth every eleventh cycle. Whoever will apply these rules to the earth shall truly prophesy as to drouth and famine and pestilence, save wherein man contraveneth by draining or irrigation. And if he apply himself to find the light and the darkness of the earth, these rules are sufficient. For as there are three hundred and sixty-three years in one tuff, so are there three hundred and sixty-three days in one year, besides the two days and a quarter when the sun standeth still on the north and south lines.

In consequence of these three calendars, the records of Egupt were in confusion. The prophecies and genealogies of man became worthless. And as to measurements, some were by threes, some by tens, and some by twelves; and because of the number of languages, the measurements became confounded; so that with all the great learning of the Eguptians, and with all the care bestowed on the houses of records, they became even themselves the greatest confounding element of all. (Oahspe, Book of Arc of Bon, XIV)

Egyptian calendar of 363 days. Also using the ‘year for a day’ system. So a week had 11 days, with 3 weeks in a month and 11 months in a year. And this system was projected onto years as well, creating a 363 year cycle.

4. And from this time forth My spiritual (etherean) hosts shall not remain in heaven (atmospherea) more than eight years in any one cycle. This, then, that I give to thee shall be like every dawn of dan, some of one year, some of two or three or four or more (years), as the time requireth.

5. And thou shalt dwell in thy kingdom seven years and sixty days, and the time shall be called the first dawn of dan, and the next succeeding shall be called the second dawn of dan, and so on, as long as the earth bringeth forth.

6. And the time from one dawn of dan to another shall be called one dan’ha; and four dan’ha shall be called one square, because this is the sum of one density, which is twelve thousand of the earth’s years. And twelve squares shall be called one cube, which is the first dividend of the third space, in which there is no variation in the vortex (whirlwind) of the earth. And four cubes shall be called one sum, because the magnitude thereof embraceth one equal of the Great Serpent. (Oahspe, Book of Ah’shong, II)

Oahspe suggests that the ancients appear to have created ‘Galactic prophetic calendars’, where they extrapolated the short term ratios of a day, week, month, year into cosmic ages. They believed to understand (through revelation) the time it took of the Solar system to orbit the Galactic core, calling it the ‘celestial serpent’ (see Oahspe, ref, ref). The epochs were tied to the 11 year solar cycle, which they believed caused the weather (and other events) to repeat on a 33 or 33×11 year cycle. This formed the basis of their galactic solar cycle calendars.

.

(day)(week)(month)(season)
6 gen.7.5 dans4 dan’ha12 sqrs4 cubes
1 dan1 dan’ha1 square1 cube    1 sum
  • 1 Generation = [could be 11 to 100 years;     ~33 years]
  • 1 Dan = 6 Generations               [33×6= ~198 years] [mean = 400 years]
  • 1 Dan’ha = 7.5 Dans                   [231×7= ~1386 years]      [mean = 3,000 years]
  • 1 Square = 4 Dan’has             [1617×4= 5,544  years]     [mean = 12,000]
  • 1 Cube = 12 Squares                   [6,468×12= 66,528  years]    [mean = 144,000]
  • 1 Sum = 4 Cubes     [77,616×4= 266,112 years] [mean = 576,000]
  • 1 galactic year = 4.7 million years
  • 1 dan = ~428 years (400 years)
  • -about 10,980 dans in a galactic orbit/year. (a lot like an hour in a solar year; there’s 8760hrs/year)
  • -about 391 squares in a galactic year (fairly similar to our 365 days in a solar year)

Relevant Publications

STILL DO DO: (WHERE I LEFT OF).

  • Still need to find a reference book of ALL archaeological long count date inscriptions and compare them to figure out where they fit in that 520 method I figure out.
  • Replace the long count list/table with a better formatted one (from the spreadsheet I’m building).
  • Then get the Dresden codex and other historical codices and compare those….
  • Find more references to the ’52 weeks’ (of 5 days each) on the Aztec Calendar stone, and the double of 52×10=520.