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Scientists finally unraveled the centuries-old mystery behind the Maya eclipse calendar, and the accuracy is honestly scary for something that old. This video breaks down how the Maya predicted solar and lunar eclipses with precision that feels impossible without modern telescopes or computers. For decades, researchers couldn’t explain how they pulled it off or what system they trusted to track the sky so perfectly. New discoveries in ancient codices and inscriptions revealed the math logic hiding underneath their calendar like a secret code. It completely changes how Maya science is seen, because this wasn’t guesswork — it was real astronomy written in stone 🌞🌙 Animation is created by Bright Side.
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Transcript
00:00Darkness comes right at noon. What is it? The end of the world? Are you getting blind?
00:06Is some kind of giant asteroid moving toward Earth? Oh, don't worry, it's just an eclipse,
00:13a cosmic event on a planetary scale that isn't scary at all. It's a moment when the moon passes
00:19in front of the sun, and the planet plunges into darkness for a short time. When this happens,
00:25we're not surprised, as scientists usually report on an eclipse several months in advance.
00:31With the help of astronomical calculations and mathematical models, they predict the
00:35positions of the sun and moon for many, many years ahead. But what happened to people in the past?
00:42A hundred? Five hundred? A thousand years ago? A farmer goes to work in the field and suddenly
00:48the whole area is plunged into darkness. He knows it's morning, but what's happening?
00:53Or sailors who travel the seas and oceans and suddenly notice that the horizon and the sky
00:59are getting too dark, as if someone had switched off the light. Imagine the primal horror they felt.
01:07But in reality, people didn't panic. Even before the invention of computers,
01:12giant telescopes, and satellites, people could predict the time of an eclipse in advance.
01:18How did they do it? People in the past were much smarter than some of us think.
01:22Let's see how they performed astronomical calculations using the example of the Maya
01:27civilization and their famous eclipse calendar.
01:32So in case you didn't know, the Maya are an indigenous people of Mesoamerica who lived in
01:37southern Mexico, northern Belize, and Guatemala.
01:41By the way, the word lived is not very fitting. These people are still alive.
01:46At the beginning of the 21st century, more than 5 million people spoke 30 Maya languages.
01:52Before the Spanish conquest, this civilization was one of the most advanced and complex in the world.
01:59The first Maya people appeared here as early as 1500 BCE.
02:04By 200 CE, the Maya had already built entire cities with pyramids, courtyards, temples, and infrastructure.
02:12The Maya were known for their calendars and astronomical predictions.
02:18Many of you have probably heard of the Mayan calendar, whose chronology ended in 2012,
02:24so a lot of people thought the apocalypse would start that year.
02:28Fortunately, nothing happened.
02:30Another Maya invention was the eclipse calendar, which helped these people predict eclipses.
02:35For a long time, scientists couldn't figure out how this calendar worked.
02:40But now, they finally have the answer.
02:44It all began with the Dresden Codex, a book from the 11th or 12th century.
02:51It has 78 pages made of bark paper and contains knowledge about astronomy, astrology, the seasons,
02:58and medicine.
02:59It was one of the few books that remained intact after the Spanish conquest of Maya territory.
03:05The dates of eclipses used to be very important to people.
03:10But why?
03:11Did they want to take a day off on that day and have parties?
03:14Something like that.
03:16Only those parties were scary, dark, ancient rituals.
03:20And there was definitely nothing funny about them.
03:23The Maya assumed that the moment when the light of the sun was obscured by the moon
03:28was some kind of sign from the mythological creatures they worshipped.
03:32It was dark in the middle of the day, and the Maya used this time for their sinister rituals.
03:38They hoped these actions would please the deities, bringing good harvests, protection from enemies,
03:45renewal of nature, or other blessings.
03:47We won't go into details.
03:49The only important thing is that the Maya wanted to know the dates of the eclipses
03:53to prepare for the rituals in advance.
03:56For this purpose, they created the eclipse calendar.
04:01One of the tables in the Dresden Codex shows 405 lunar months.
04:06One such month equals one full orbit of the moon around the Earth, which is about 29 days.
04:13The Maya priests used these calculations to predict eclipses for about 700 years ahead.
04:20With the help of this calendar, they knew the day of the eclipse.
04:23However, modern scientists could not understand how the Maya used this thing.
04:29But recently, they found the answer.
04:32So, the Maya observed the moon and the sun every day.
04:36By observing how the moon moves across the sky,
04:39they figured out that it takes about 29 days to pass from one new moon to the next.
04:45Then, the Maya noticed that sometimes the moon blocked the sun.
04:49And those eclipses didn't occur at random, but in certain cycles.
04:55They created a large calendar with numbered lunar months.
04:58One month, two months, three months, and so on up to 405 months.
05:05During some months, the moon completely blocked the sun, and during others, only partially.
05:11The Maya noted exactly which days these eclipses happened.
05:14They recorded the moon's position for 405 months.
05:19With these notes, they could predict where the moon would be for the next 405 months,
05:24and then the next, repeating for hundreds of years.
05:28In simple words, they started the calendar anew after passing this deadline.
05:33At least, that's what modern scientists thought.
05:36But it was a mistake.
05:37The moon doesn't orbit the Earth in exactly the same time every month.
05:43Some months, it takes a little longer.
05:45Some months, a little shorter.
05:47Just a few hours more or less than the last orbit.
05:50Of course, such changes in the schedule were insignificant.
05:54But there were many of them.
05:56And this made the calendar incorrect.
05:59Imagine that you're only a minute late for a meeting with your friends.
06:02It's okay.
06:03But if you've been running late for three months, then you've already got about a 90-minute delay.
06:09On the Mayan calendar, which showed 405 months, there were many more of those extra hours.
06:17If the Maya always used the last number from one table to start the next one,
06:21their eclipse predictions would slowly become wrong.
06:25The mistakes would grow bigger each time they reset this table.
06:28Instead, the Maya probably began a new table at the 358th month of the old one.
06:35In this case, their predictions for when the sun and moon line up would only be about 2 hours and 20 minutes too early.
06:42Which is very accurate for that time.
06:44If we compare the ancient table with what we know today about eclipse cycles,
06:50we'll find that this method would let the Maya correctly predict every solar eclipse seen in their lands between 350 and 1150 CE.
06:59These small corrections kept the table working well for a very long time.
07:04Scientists are sure that with these updates, the table would stay accurate for centuries,
07:09with mistakes of less than 51 minutes over 134 years.
07:13This shows how advanced Maya math was.
07:17It also reveals how deeply the Maya connected their lives and beliefs to the movements of the sun, moon, and stars.
07:26We do a similar thing when we have a leap year.
07:29February usually has 28 days, but every 4 years, it gets the next day, making 29.
07:35Earth goes around the sun not in exactly one year, as we usually think, but in one year plus about 6 extra hours.
07:45Because these extra hours add up over time, after a few years, they become a whole extra day.
07:51To keep our calendar correct, we add this extra day to the end of February.
07:55This day is called leap day.
07:57This leads to small time errors, so we consider them in a leap year.
08:03The Maya did about the same thing with the eclipse calendar.
08:07But how did they choose the reference points for their astronomical calculations?
08:11We don't know.
08:12They did it without computers, telescopes, or other modern technology.
08:17They were just very good at observing nature.
08:20By the way, a similar system of cycles made people believe that the end of the world would happen in 2012.
08:28The Maya created a calendar that began in 3144 BCE and ended on December 21, 2012.
08:37The Maya saw this as the date of ending the old cycle and starting a new one.
08:42But our modern culture has turned this point into the end of the world.
08:45In addition to calendars, the Maya built unique architectural structures.
08:51They invented one of the most advanced writing systems.
08:54They were also big fans of liquid chocolate.
08:57They grew cocoa trees, then plucked the beans, dried, ground, and mixed these crushed beans with water.
09:04They warmed it up and got a frothy and very bitter drink.
09:08To make it sweeter, they added honey to it.
09:11But they could also throw chili peppers and other spices in there.
09:14Maya did many interesting things.
09:18But this is a topic for another video.
09:21That's it for today.
09:22So hey, if you pacified your curiosity, then give the video a like and share it with your friends.
09:27Or if you want more, just click on these videos and stay on the bright side.
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