yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Threads That Speak: How The Inca Used Strings to Communicate | National Geographic


2m read
·Nov 11, 2024

(Wind blowing) (Solemn music) (Engine humming) When you work with archaeological objects, you are like entering the world of your ancestors. (Mysterious music) I like to think that in a way, they talk to us. (Mysterious music) A Quipu is an accounting device made of cotton strings that used knots to represent numbers. (Mysterious music) A Quipu is the accountance of life (laughs). (Mysterious music) The Quipus were made in Inca times by Quipucamayocs. (Mysterious music) The Quipucamayocs, the only ones who were able to read it, die and didn't pass the knowledge to the next generations. There's a lot of questions still to get answered. My biggest hope for Inkawasi is to be able to excavate all the site.

(Gentle bell music) The Quipus are very well preserved because the environment of the Peruvian coast is very arid. So you have a very good preservation of any organic remain. (Gentle bell music) This must be 600 years old. And as you can see, the preservation is very well. (Gentle bell music) We know that the numbers found in the Quipus are the counts of these products. (Gentle bell music)

[Woman] They have been buried for 600 years and so what we do is the conservation. That means keep them clean and straight so the analyzer can come and study them. I think this discovery would bring a better understanding of Quipus and also in how the Incas dominate and control these local populations. Many people say that because we had no writing, our culture was not developed. But we really have things like Quipus that show that it was a very developed culture.

Every time it's exciting because we are finding them in different contexts and in different situations. And different sizes, different shapes, colors, knots. So we can have a very big data of these Quipus. So we can compare them and get any kind of insight to see how to read them or how to understand them. (Gentle bell music) The first one when you see them like really dirty spaghetti and then they are just like "take me a picture," they are so pretty. (Laughs) I think the Quipus are grateful (laughs). (Gentle upbeat music)

(Paper tearing) (Paper tearing)

More Articles

View All
Big Tech is Destroying Ownership
Do you own the music that you listen to? If you collect vinyl records or just happen to still have CDs laying around, then you do. But the majority of us in 2023 rely on subscription services like Spotify or Apple Music to borrow the music we enjoy. What…
Demographic transition model| Human populations| AP Environmental science| Khan Academy
In this video, we’re going to study something called the demographic transition model, which is something demographers use. The demographers are people who study the makeup of populations and how those transition over time and why that might happen. This …
Why Jet Boats are AWESOME (U.S. Coast Guard's Workhorse) - Smarter Every Day 272
Hey. What’s up? I’m Destin. Welcome back to Smarter Every Day. We are right in the middle of a Deep Dive series into the US Coast Guard and all the crazy stuff they do because it’s impressive. Like we’ve already looked at how they respond to distress sign…
My Life Story
A question I get asked surprisingly often is, is Veritasium a real element? Nope, I made it up. Having fun When I was a kid, about 10 or 11 years old, I went to this Genghis Khan exhibit at a museum, and I didn’t know much about Genghis Khan except he was…
Nullius in Verba
The beginning of infinity is not an easy book to read. To some level, Deutsch could not but write for other physicists. He has a certain peer group that he respects and who respect him, and he has to meet them at their level. So, he has to write for other…
How Does a Quantum Computer Work?
A classical computer performs operations using classical bits, which can be either zero or one. Now in contrast, a quantum computer uses quantum bits or qubits. And they can be both zero and one at the same time. And it is this that gives a quantum comput…