In short
“Space archaeology” and the legal/ethical limits of preserving human-made sites off Earth, using Apollo 11’s Tranquility Base as the centerpiece. The hosts argue that no nation can legally “own” outer space, so people could theoretically visit and disturb sites, though NASA requests a 75-meter buffer. They expand into how archaeology is defined (material culture), including artifact vs ecofact vs geofact, and “manuports” (objects carried by humans but not necessarily modified). They also discuss deep-time “future paleontology” via examples like the Makapansgat Pebble and a fossil cuttlefish manuport.
Guests
None. The episode is hosted by Hannah Fry and Michael Stevens only.
Key claims
Outer space is not owned by any nation (Outer Space Treaty); visiting Tranquility Base isn’t illegal, but vandalism would be unethical and likely restricted by policy. Archaeology can include very recent material culture. Manuports may indicate early symbolic thinking.
Notable examples
Apollo 11 flag/footprints/left mementos; Tranquility Base as one of only a few non-national archaeological sites; Greenland sharks’ cancer resistance (sponsor); Venus of Tan-Tan (artifact vs geofact debate); Makapansgat Pebble (~2.95–3 million years old); Hector Station whale-boiling factory (Antarctica); Kola Superdeep Borehole (~12 km); Morocco’s phallic cuttlefish fossil manuport (~300,000 years old).
Written by AI. May contain mistakes. Listen to the episode to check what was said.
Chapters
Tap a time to open that second in VOExploring Tranquility Base
0:45 to 2:17
Discussion about the Apollo moon landing site and its historical significance.
“they had to use this big propulsive blast to escape its gravity.”
Exploring Tranquility Base
4:11 to 4:28
Discussion about the Apollo moon landing site and its historical significance.
“It can help you with practically anything on the web, like restoring a vintage motorcycle from a 50-page restoration block, or finally break down that long article you've had open for weeks.”
Space Travel and Ownership
4:39 to 9:01
Discussion about NASA's regulations and the implications of no ownership in space.
“The United States of America agreed in the Outer Space Treaty of the 70s that, yep, no one owns outer space.”
Archaeology Beyond Borders
9:19 to 14:00
Exploration of archaeological sites without national boundaries and their significance.
“I reckon surely the ocean has got to be the source of some of this.”
Exploring Antarctica's Untouched Artifacts
14:00 to 22:40
Discover the unique conditions of archaeological artifacts in untouched Antarctic locations.
“And unlike a lot of other Victorian era artifacts, this one is really untouched.”
The Importance of Cancer Research UK
23:43 to 24:06
Learn about the advancements in cancer research and the impact of vaccines.
The Importance of Cancer Research UK
24:40 to 26:03
Learn about the advancements in cancer research and the impact of vaccines.
“Are you looking for support in your weight management journey?”
Understanding Manuports and Artefacts
26:16 to 28:01
Explore the concept of manuports and their significance in archaeology.
“The Venus of Tan-Tan did not look like it just kind of naturally wound up there.”
Discovery of the Ancient Pebble
28:01 to 29:52
Learn about a remarkable artifact discovered in South Africa that dates back 2.95 million years and what it reveals about early hominid thought.
“To be precise, I don't know how they've dated this to this degree, but it's 2.95 million years ago it was left on the ground and lost.”
Symbolic Thought in Early Hominids
29:53 to 32:06
Explore the implications of an early hominid carrying a pebble that resembles a face, suggesting the beginning of abstract thinking.
“Oh my gosh, that is the coolest, coolest thing.”
Show all 20 chapters
The Fascination of Shared History
32:07 to 32:50
Discuss how ancient artifacts connect us through time and the shared experiences of all creatures.
“I think that's my favorite story you've ever told me.”
Ownership and Territory in Nature
32:51 to 37:53
Delve into the complexities of land ownership, territorial claims, and how humans interpret these concepts differently than animals.
“The thing I often think about is that this idea that we are so locked into that every single parcel of land within a nation has titles, deeds, ownership.”
The Depths of Earth's Mysteries
37:54 to 42:01
Examine the challenges faced in deep earth drilling and the surprising discoveries from the Kola super deep borehole.
“Can I get a hot air balloon and permanently hover above their house?”
Drilling Deep: The Mysteries of Boreholes
42:01 to 43:48
Explore the complexities of drilling deep boreholes and the challenges faced.
“the stone, the rock that they were drilling through stopped acting like stone and acts like plastic.”
The Cola Super Deep Borehole: Fun Facts
43:49 to 46:25
Learn intriguing details about the Cola Super Deep Borehole and its current state.
“You could have cinema rooms down there, ballrooms down there.”
Cultural Reflections: Wells and Society
46:26 to 48:19
Discuss the cultural implications of falling down wells and societal changes over time.
“And you do say geyser in British English.”
Manuports: Prehistoric Humor
48:20 to 53:11
Discover the significance of prehistoric manuports and their role in human culture.
“And so my daughter hears from my wife that it means appetizer and then from me doing the etymology that it means the beginning.”
Preserving Future Archaeology
53:12 to 55:49
Understand the importance of preserving archaeological sites for future generations.
“When Hector Station was being used in Antarctica, they didn't think like, hey, this is a great way for us to preserve Victorian industry.”
The Importance of Preservation
56:00 to 56:58
Learn about the significance of preserving our digital consciousness for future generations.
“who knows what we're doing that in three million years will give evidence, important evidence of how we were changing from, say, a meat consciousness to an expanded or shrunk digital consciousness.”
The Importance of Preservation
58:13 to 58:28
Learn about the significance of preserving our digital consciousness for future generations.
“Athletic Brewing Company crafts award-winning non-alcoholic beers for those who want to be part of every round.”
Transcript
Automatic transcript. May contain errors.0:01Michael Stevens:Welcome to The Rest is Science. I'm Hannah Fry. And I'm Michael Stevens. I got a question for you, Hannah. Tranquility Base. Familiar with the place? Where they landed. It's where they landed. They being Neil Armstrong and Buzz Aldrin. When they landed on the moon and they became the first humans to walk on a celestial body that's not the Earth, they did it at what we call Tranquility Base. And a lot of crap is still there, like hundreds of things. bags of their poop, as well as the more obvious ones, like the flag they planted, the lower half of the land. Any bags of beard hair, Michael? They have not confessed to leaving any beard hair on the moon.
0:36I like the idea there's a pegboard that's just all their offshoots. Bags of poop, though. Footprints as well.
0:43Michael Stevens:The footprints. Now, when they left the moon, they had to use this big propulsive blast to escape its gravity. And that blast probably knocked the American flag over. And we know it did because one of them, I forget who, one of them witnessed the flag being knocked over by their ascent. In subsequent missions to the moon, they planted the flag much further from the lander. And those are still standing. Okay. But the flag is still there. It's just on the ground. It's also been probably bleached white because there's no atmosphere at all. So solar radiation on the moon is so much stronger than here.
1:17I mean, even if it was on Earth and you left it outdoors, it would be bleached white by now. Yeah.
1:22Michael Stevens:So they're like white flags of surrender now that America has on the moon, one of which has fallen over. It's a historical place. Yeah. And no one's been back. We barely know its status. We've had some satellite photos of it, but they're from high up above the moon. And the stuff on the moon is so small. You can't really make it out. Can't even make it out. How close do you think NASA will allow someone to get to it? Well, I mean, surely they can't stop other people going. They can't. Right. What if, like, the Chinese are like, well, you know what? I don't want there to be a bleached white American flag on the ground.
2:02I'm going to change it for a Chinese flag.
2:04Michael Stevens:Yeah, and I'm going to dance around on Armstrong's footprints and erase them forever. That would be so rude. Okay? Now, here's the thing. And this is the rub of today's episode. They can't stop you. No international law can stop you. That is what this episode is about.
2:26Michael Stevens:This episode is brought to you by Cancer Research UK. Scientists have found that cancer risks usually increase with age and size, but some species defy the odds. For example, deep sea Greenland sharks. They can grow over six meters long, weigh more than a small car, and yet live for up to 400 years. Now, understanding how Greenland sharks cellular repair and immune systems seem to have managed to keep them cancer free for centuries, that could open up exciting research pathways. Essentially, over millions of years, evolution has been running the world's most successful cancer prevention trial.
3:05Michael Stevens:And sometimes breakthroughs can be found in unusual places. So by exploring the unexpected, Cancer Research UK scientists are uncovering new ways to tackle over 200 types of cancer. Their work has helped to double survival in the UK over the last 50 years and continues to save and improve lives around the world. For more information about Cancer Research UK, their research and breakthroughs and how you can support them, visit cancerresearchuk.org slash the rest is science. Are all batteries the same? That's like asking if all soccer players are the same. Take Messi, the most decorated player ever.
3:47Michael Stevens:Is there any other player who has achieved that? No, just him. Now take Duracell. Is there any other battery with Power Boost ingredients inside? No, just Duracell. Remember, goats only trust goats because they're built different. And Messi only trusts Duracell. This episode is brought to you by Google Chrome. You think you know a browser, but Gemini and Chrome? That's new. It can help you with practically anything on the web, like restoring a vintage motorcycle from a 50-page restoration block, or finally break down that long article you've had open for weeks. Gemini and Chrome is here for it.
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4:38Michael Stevens:Okay, so Hannah, the strongest rule is that NASA has requested that please no one get within 75 meters of the landing site. Oh, that's it. Because of the historical significance. Because of the historical significance. Because they don't own it. The United States of America agreed in the Outer Space Treaty of the 70s that, yep, no one owns outer space. It's part of the common heritage of mankind. However, I should clarify that treaty that they agreed to says that outer space belongs to no nation. But technically, it's not illegal to go there. Right. It's illegal for a country to say they own Tranquility Base, but it's not illegal for Hannah Fry to hitch a ride on a private rocket, go up there and vandalize the whole the whole historical location.
5:25Yeah. Prove that it wasn't there after all. It was just filmed in a studio.
5:28Michael Stevens:Yeah, exactly. When it comes to the future of space travel and humans in space, I always find myself going, yeah, yeah, yeah, colonizing exoplanets, whatever. What about building a park on Mars that preserves its surface and atmosphere as it was before we changed it? Like, I want the preservation of these places. The moon can become this big metropolis, but there should be large interstellar or interplanetary parks. Right. So instead of a national park, it's like an interplanetary park. Exactly. That should be agreed upon and set aside so people can enjoy the way the moon was before it got its human makeover.
6:12Michael Stevens:Right. I have a question, though. I feel quite certain that you can, as like a sort of quite joke Christmas present for somebody, buy like a square foot of the moon. You can give someone money in exchange for a piece of paper that says you own a piece of the moon is what you can do. But you do not own the moon. You don't own that piece of the moon. There's no authority. You're saying all those certificates I have on my wall are worthless. they're probably worthless unless you could get a country preferably one with a strong military to accept them i've got enough of them that i'm technically a lord on the moon do you actually have some oh shoot that would be cool i mean especially you got them as gifts and it wasn't like you wasted your own money i do think i have a star a star like named after you or something right okay which is better in a lot of ways but just feels feels worse because it's further away Well, my dream is to have a extraterrestrial park named after me.
7:11Michael Stevens:I don't really care where, but I would love for it to be like, hey, this is the like Michael Stevens Lunar Park. You know, be sure to pick up your trash, you know, that kind of thing. A lot of people just want a bench, you know, a bench. I would just I just want a park on the moon. OK, I'm a simple guy. Michael enjoyed looking at this moon. No tombstone. You know what? Give up on my like memorial toilet idea on Earth. A memorial toilet on the moon, however, is still in the running. I still want that. Yeah. My dream is that there will be a day where people can visit the moon and there's like boardwalks they walk on to walk around Tranquility Base and they can see the first human footprint on the moon.
7:56Michael Stevens:Now, we're not sure what its state is. Was it damaged by the propulsion from the lander lifting off? We don't know. We haven't gotten close enough. But the mementos that they left, the little plaque that says, you know, hey, humans came here in peace and whatever, that's all still there. I guess I just really love the historicalness of it. In fact, there are only four archaeological sites that do not lie within the boundaries of a nation. Of a nation. OK, so Tranquility Bay being one. That's one. Are there others on the moon? How you define an archaeological site is pretty vague. But there hasn't been a lot of official action taken for the other Apollo landing sites or other lunar probe landing sites.
8:47Michael Stevens:But the state of California and the state of New Mexico have declared Tranquility Base to be of historical importance to the state. And the only reason Texas hasn't, which they should have a claim to because mission control was in Houston. They actually have in their constitution that they cannot claim a historical section of land unless it's within the boundaries of Texas on Earth. So anyway, the point is Tranquility Base is a significant archaeological site that's not inside a nation. There are three others and they're all the well, no, two of them are the same kind of thing and one of them is not.
9:25Oh, okay. I reckon surely the ocean has got to be the source of some of this. I reckon Titanic. The Titanic wreck. Okay, there's going to be another wreck then. Something like, oh, what about where the meteor hit? Ah, the Chicxulub crater.
9:43Michael Stevens:No, that's within the boundaries of a nation. At least part of it, I'm sure. But also, that cannot be an archaeological site because, let's define archaeology. Has to be human made. That's right. Archaeology is the study of the material culture of humans. Now, often we think of archaeology as being prehistoric stuff, like the oldest of the old stuff, a little clay pot or something. But archaeology just means material culture. So there can be an archaeology of the 1970s. Sure. Last week. Yeah, of last week. There can be an archaeology of what the heck did I have for breakfast? and you're looking at the fork and the stain on the fork and you're going, ah, yeah, I had the omelet that turned into scrambled eggs.
10:25Michael Stevens:Yeah. And you've just done archaeology. Eggs royale. And this isn't me joking. This is really what it is. There's contemporary archaeology where people are studying the material culture and what we can learn of the past from it of things that aren't even that old, of things that are like happening now even. Okay. All right. So I've got two to get. Yeah. Yeah. So you've got the Titanic and Tranquility Base. Right. One of them, I think another one has got to be a sort of sunken something. There's another sunken ship that happens to be sunk outside of the boundaries of the nation. Mary Rose? I don't think, I didn't know it.
10:59Michael Stevens:Go on. It's the SS Republic, about 100 kilometers off the coast of the U.S. state of Georgia. Okay. It was full of gold. Right. And I think in the 90s, a company, a private company, managed to get like a third of its gold, which was worth millions. I don't even think it's been resolved yet, but there's some... Is there still some down there? Two-thirds of its gold is still down there. You know what? Forget going to Tranquility Base. I'm going down there. To the SS Republic. Yeah, yeah, yeah. I can't believe more people aren't trying to go there. Hello. The problem is I think that there's a lot of disputes around it, as you would imagine.
11:33Michael Stevens:It's treasure. They're not going to be looking the whole time, though. The last one, you're also not going to guess. Okay, well, wait, wait, wait. Let me try, let me try, let me try. So is it not in the ocean? It's not in the ocean. And it's not on another planet? Nope. Including the moon? So it must be, and it's not part of a nation, so it must be Antarctic. Dang, that's good. Yeah. I reckon maybe Shackleton's ship. No. So it must have been some sort of polar explorer. Not so much explorer, actually. Not so much explorer. Go on, tell me. Hector Station. Does that ring a bell? No. Hector Station was a very old whale oil factory.
12:12Wow.
12:13Michael Stevens:Back before petroleum products like completely crushed the market for whale oil, you would catch whales and then you'd have to like squeeze out their juice. And that was great for lamplights and all kinds of things. And sea shanties. But you can only squeeze out so much. Like if you really want to get your money's worth out of a whale, you got to boil the whole whale. But transporting a whale back from Antarctica to where you can boil it, very cost prohibitive. So at Hector Station on Desolation Island, that's really the name of it, Desolation Island, Antarctica, they built a big whale boiling factory.
12:52Michael Stevens:Oh, my God. And the tanks are still there. Wow. And they look so cool. Wait, can I see photos of these? Look it up. It's like steampunk style, right? It's that era of metal boilers. And they've been abandoned for more than 100 years. And they're all rusted. And it's so middle of nowhere. And it's like, whoa. That looks so sci-fi. It's sci-fi. That's the right word for it. Yeah. So it looks like, for those of you who are listening, it looks like the diving suits that people used to wear in the very earliest days of exploring the bottom of the ocean. So you have these gigantic rusted domes. What?
13:32You would just pop a whale in one of those domes and then boil it up?
13:35Michael Stevens:I think they stored the whale oil in those. I don't know a lot about the whale oil business. No. No, me neither. Wow, this is absolutely incredible. Okay, and then there's like sheds that are all falling apart. And inside it looks very much how you would expect a kind of Victorian era whaling station to look. Incredibly weathered, but also just, I don't know, archaic basically in the design. And unlike a lot of other Victorian era artifacts, this one is really untouched. because no one goes there. No one's built a, you know, a pizza hut and a McDonald's next to it. It was just abandoned and it's just been there frozen.
14:18Michael Stevens:So it's not being affected by the same kinds of erosion and weather events. I mean, obviously the weather in Antarctica on Desolation Island is not great. But it's called Desolation Island. It's free from human intervention. So no one owns that. No one owns the land of Antarctica. Yeah, it doesn't belong to any particular nation. Because no one lives there permanently? You know, I think that there have only ever been, let me see, the number of people born in Antarctica is zero. No. Is it not? It's not zero. Some pregnant person went to Antarctica? By that logic, if you take the American rule of if you're born in this land, you're a citizen of it, it's a country of four people.
15:01Michael Stevens:But Antarctica doesn't have birthright citizenship. It has no citizenship. It's not a nation. No. It is like by treaty a heritage site for all mankind for scientific research. It's 11, by the way. 11 people have been born? Yeah, and it's not by accident. There were planned geopolitical maneuvers by Argentina and Chile. Yeah, to strengthen the territorial claims over the island. Sure. I was going to say, that's a political move. You don't just go there and you're like, oh, I'm kind of pregnant. Whoops! Where did this come from? Whoops, I missed the boat back. Guess I'll have to deliver it here and become famous.
15:42Michael Stevens:Yeah, I get it. I get it. So it's true. So in fact, if you'll indulge me, I've got some cool things about archaeology that I want to share. And it's always it's forming a bedrock of where where we're going, probably in this episode. So when it comes to archaeology, not only is it kind of cool to realize that you can have an archaeology of any time period, but also the definition of an artifact is really neat. How would you define an artifact? Let me see. I would say it's an object that holds some interest or value. Yeah, basically. I mean, technically, an artifact is just an object, a physical object that was made or altered by a human.
16:25But then that means everything is an artifact, including the rubbish that you've chucked out.
16:28Michael Stevens:Yeah, that's an artifact for sure. Garbageology? Garbology? It's like a whole like emerging field of how to study the behaviors, the diets and the mindsets of people, even just last year as opposed to 20 years ago. I mean, through their garbage. I mean, if you we had a field notes a little while ago or maybe coming up, depending on when they release in the schedule, where we had some garbage of Ice Age humans. Exactly. Exactly. And so here's what's actually pretty cool about it. that fossil that you showed or will show in a future episode isn't an artifact it's an eco fact go on because a human didn't make it it was grown by the reindeer and the human the human maybe altered it but it was all um just uh evidence of maybe a meal that they had so like the bones that you chuck in the bin after your kfc exactly are eco facts yes they're called eco facts or bio facts.
17:29Michael Stevens:And those are things that used to be alive that have some kind of significance to human culture. Have interacted with the human at some point. Yeah. And the human may not have technologically done anything to them. But the fact that we find a bunch of bones in that location means that this is where they slaughtered the animals or where they ate or it's where they dumped their trash. Seeds and pollen, those all show us as well things about the lives of humans. But the humans weren't like actively meaning to change these things. But here's where it gets really, really neat. There's also a thing called a geofact.
18:06Michael Stevens:Go on. A geofact is a natural rock formation that looks like a human made it, but didn't. Okay. Yes. So this is not something that is geological that has interacted with humans in some way. this is something that you think might be human-linked, but isn't. Are we talking here about, like, for example, the hexagonal rocks that you get, like Giant's Causeway, for instance, where it's like they look so perfectly sculpted that it's really difficult to believe that they occurred by nature. Yeah, yeah. You could call that a geofact. In general, it helps if someone, or if there's even still a continuing debate over whether or not its shape is natural, coincidental, or human-made.
18:54Michael Stevens:So, for example, the Venus of Tantan. Look it up. Okay, hang on. Now, we've all seen these Venus sculptures. These are some of the oldest artistic creations of representing the human form. Are you looking at it? This is like Jesus in the toast, isn't it? Exactly. This is like Jesus in the toast. So for those of you who are listening, Venus of Tantan is a rock and it could be an artifact or it might be a geofact. There's actually a lot of debate around this, but it's a rock that is shaped somewhat like a person. Can I give a description of it? Okay. You've seen those fertility objects that people have crafted tens of thousands of years ago, in particular where they really accentuate like a woman's bust or a woman's hips or a woman's thighs.
19:45And there's something of that about this. It's essentially a rock. It's about six centimetres tall. It's quite blob shaped, but it looks like it could be just a bad plasticine model of a human. And the things that kind of give away that it's been interacted with is that when held upright, it almost looks like it's got split into two legs. And then there's sort of like a quite flabby butt that hangs over the edge. But I can completely see how turn this another way. And it's just actually a normal rock with a crack in it.
20:23Michael Stevens:Exactly. It's really hard to tell and no experts fully agree on whether or not the anthropomorphic shape of that rock is a coincidence or if it's actually a piece of art made that way by an early human. And by early, I mean early. So the Venus of Tantan was a rock found in 1999 in Morocco. And based on the sediments it was found in, it's been dated around 300 ,000 to 500 ,000 years before present. Wow. So if it was created by a very early Homo sapien or some other hominid, then that means that it is the oldest by far known representation of a human form or a hominid form. But experts don't know.
21:09Michael Stevens:And I think it almost feels like they might both be right. It could be both. It could be a geofact and an artifact, meaning an intelligent creature may have found that and gone, this kind of looks like a person. I'm going to cut these grooves a bit deeper and add to it so it even looks more like a person. Right. But it already did to begin with, and that's why we don't see as many signs of human action as we do. But maybe we see some. So it may have been Earth and humans working together to make a little statue of a person. Because remind me where we are at this point. So 300 ,000 years ago, I mean, there's tool use at this point.
21:52Michael Stevens:There's fire, all that kind of stuff. Yeah. But the actual species Homo sapiens is just beginning. Right. So it could have been Homo erectus that found that. But it's not like they have knives because they haven't got metal. No, but they would have had other rocks. Right. They could have, yeah, scraped on it or whatever. When it was found, the rock that it was found among, did it belong there or did it look as though it was in a natural environment, as it were? That is a beautiful question because it brings me to the very next kind, the last kind of artifact I want to talk about. I tell you what, I think we should probably go for a little break.
Read the full transcript
22:28Michael Stevens:Yeah, yeah. And we'll be back in a moment with more.
22:42This episode is brought to you by Cancer Research UK. In the UK, nearly one in two people will face cancer in their lifetime. The question is, could science stop cancer before it begins?
22:54Michael Stevens:In over the past 50 years, Cancer Research UK has helped double cancer survival in the UK. And that's proof of what research can achieve, like take cervical cancer. Almost every case is caused by HPV, the human papillomavirus. and when scientists uncovered that link, prevention became possible. Indeed it did by a vaccine and it's protection that works way before the cancer itself can actually grow. After the vaccine was introduced, cervical cancer rates in England were nearly 90 % lower than expected in women in their 20s. I mean, we're now genuinely at a point where this is a disease that is disappearing in younger women in the UK.
23:29This is something that I really hope my daughters will never have to deal with.
23:32Michael Stevens:For more information about Cancer Research UK, their research, breakthroughs and how you can support them, visit cancerresearchuk.org forward slash rest is science.
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26:16Michael Stevens:Okay, we're back and there's more. The Venus of Tan-Tan did not look like it just kind of naturally wound up there. And so here's a great word, manuport. Oh, I love it. Manuport is like the word manuscript. Okay. Manuscript means handwritten. Manuport means hand carried. Love it. And so a manuport is something that we find that has not been technologically altered or made by humans. But it's in the wrong place. But it's in the wrong place. Oh, I love these. Same with the Venus of Tantan. It might have been that an early hominid, could have been homo sapien, saw it, said, that's a cool rock, picked it up, carried it with them, showed it to their friends.
27:00Michael Stevens:Maybe they did some extra scraping to like really accentuate the human form that they saw in it. And then they lost it. And then we found it later. It's out of place. So it's a manuport. But whether or not it's just a manuport or if it's actually an artifact because it was made is an unknown question. But let me bring up an even cooler manuport. I'm absolutely here for this. This is you're talking my language. OK, so this is cooler. Sorry, did you say rocks, Michael? Yes, I will have a long conversation about rocks. Thank you. This is my favorite. It's called the Makapanskot Pebble. And it was discovered in the 1920s.
27:38Michael Stevens:But based on where it was found, it's been dated to nearly three million years ago. What? Yes. Wait, is that when it was formed? No, that's when it was laid on the ground. Right, because it's found amongst other sediments. That's right. It's been found amongst other sediments and other layers have piled up on top of it for almost 3 million years. To be precise, I don't know how they've dated this to this degree, but it's 2.95 million years ago it was left on the ground and lost. Where is this again? This was discovered in South Africa in the 1920s. Right. And for those of you who are watching, this is what it looks like.
28:19Michael Stevens:For those of you listening, it looks like a pebble that happens to have three little divots cut in it, like the holes in a bowling ball. Looks like a face. It looks like a face. It looks like a face. It looks like a really crude skeleton. Yeah, it does look like a bit of a skull, doesn't it? Mm-hmm. But it's been studied really intensively, and there's just no evidence at all that this was carved by a creature. And I say creature because there were no Homo sapiens three million years ago. This would have been, in fact, in the same sediment, like nearby, they found skeletons of Australopithecus specimens.
29:01Michael Stevens:That's like an early hominid before humans as Homo sapiens evolved. OK, this becomes almost certainly a manuport, almost certainly an instance of, oh, let me also clarify that it's made of jasperite. And the nearest jasperite that you could even find is at least 32 kilometers away from where it was found. I love this so much. Yeah. Oh, my gosh. So it's hard to believe anything but the story that three million years ago, an Australopithecus, an early hominid animal that no longer exists, that probably walked upright. We don't even know. All we know is that a creature of that age, of that era, found that rock and for some reason carried it for dozens of kilometers.
29:49Michael Stevens:probably because they thought, guys, this kind of looks like a face, right? Oh my gosh, that is the coolest, coolest thing. It's really cool. And because it is so old, it also gives us a peek at what might be at least a bridge into the first abstract symbolic thought that hominids ever had. Because maybe this creature thought it was worth holding on to because it had the face inside it. Because basically the creature did the Jesus in the toast thing and was like, that's pretty cool. Exactly. The Jesus in the toast thing, the pareidolia thing. Now, animals fall for this all the time. I mean, you can put a cucumber behind a cat and if it turns and looks, it'll think it's a snake at first often and jump.
30:34Michael Stevens:Right. This is this is like not new. But to look at a rock and go, hey, that's kind of like our faces. And then to pick it up and carry it with you is a different sort of behavior. Raccoons and birds, they love interesting things. They like shiny things. I mean, look, I've got a dog who has had a branch that they were obsessed with, you know, that they really particularly wanted to keep and take home. That's right. And I think there's a lot of things they love about that stick, but I don't think that it abstractly resembles a prototypical geometric shape that they're used to, like their own face.
31:09And maybe, maybe it's, this is just a coincidence. Maybe just the fact that these marks on it that have this face-like structure is just a total fluke. But it does seem extremely unusual that you would have this artifact that had been carried so far in an era where so few creatures could do it. And it not be because of what it looked like.
31:32Michael Stevens:Yeah. And I want to be careful. Your dog might actually look at that stick that he loves or she. She. That she loves and go, you remind me of my mother. but probably not. But I'm open to that possibility. But there are a lot of other reasons why a dog would carry a stick around. They love chewing on sticks. But there aren't a lot of other reasons to carry this stone around for so long. So it could be evidence that as early as 3 million years ago, hominids were starting to think and see and categorize in these ever-increasingly abstract ways. Do you know what? I think that's my favorite story you've ever told me.
32:09Oh, really? I really, really, really love that. I really love that.
32:12Michael Stevens:Macca Pond's got pebble. It blew my mind when I read about it. It's geology and anthropology and the wonder of humanity and our existence and where we came from and our ancestors. But there's something also that just really connects us. We're all sort of the same, right? All creatures are like, hey, look at this cool thing. Isn't it awesome? And then the idea that there's this one physical object that has had this journey that then has been found. and now all of us are like, wow, what is this? There's something so alien and yet so comforting about it. I want to eventually get into talking about space archaeology.
32:50Michael Stevens:Just before... Go on, sorry. No, go ahead. Well, I don't know. I think... This better be important. This better be good. The thing I often think about is that this idea that we are so locked into that every single parcel of land within a nation has titles, deeds, ownership. I mean, this really wasn't always the case. No, no, and it doesn't have to be the case. And it doesn't have to be. And it's sort of, if you think about in nature, it doesn't make any sense that you would have hard, distinct boundaries between landscapes that say, this is mine and this is yours. Animals are certainly territorial.
33:36Michael Stevens:Sure. But humans have constructed a giant edifice of ritual and law and enforcement around this concept of ownership. And it's incredibly intricate. And unlike other animals, humans also do things pretty differently because, like, a wolf pack might claim their territory, right, and defend it or whatever. But they don't ask questions that we can like, well, wait a second. If this is our territory, how far down does it go and how far up? Are those birds in our territory? They don't. They don't ask that. But people ask us all the time. I think we've actually been emailed this question quite a few times.
34:16Michael Stevens:OK. Like, OK, so I own my land. But like how far up into the sky does my claim go and how far down? When a plane goes over my house, do I own it? That's right. Does it need to pay me rent? Does it? Yeah. Can I can I charge them for the few seconds that they were over my property or the or the fraction of a second? And you can't. There was an ancient like Latin phrase and I'm not going to even try to pronounce it. But the phrase meant whoever owns the soil owns everything up to heaven and down to hell. And that just made sense to them. But of course, they had that saying before the invention of airplanes, before the discovery of oil, before it was recognized that deposits of certain metal ores would be valuable as a separate right to sell or give to others.
35:09Michael Stevens:And so today, how high above your land and how down below it you own is either very legislated based on where you live or not at all because it just doesn't come up. Right. People will say things like, well, do I own like three miles below me? Sure. Why not? It's never it's never going to come up. Yeah. Like what are you going to do with land three miles below your house with like the rocks down there? How are you going to get at them? You have the right to them, perhaps, but you don't have the right to bring in the heavy machinery required to do a super deep borehole down below your ground because of all kinds of regulations and ordinances.
35:52Michael Stevens:So you just can't ever get to it. You just can't get to it. Okay, but then the oil one is a really interesting example because what if there's an oil field that goes underneath your house? Do you have a right? Do you have a claim over that portion? Again, it depends on where you live. In most places in Texas, you don't. They make it very clear that you own the surface rights to your property. And that's because there's a lot of oil there and they thought about this and they've already sold all the rights to any oil found in this area to certain companies or individuals. So if you find oil, you probably found someone else's oil.
36:24Michael Stevens:And that can be very annoying. And then when it comes to the airspace above your land, the Supreme Court in the United States actually had to say something about this because people were complaining about airplanes. And by people, I mean, at first it was farmers that airplanes were flying too low over their land. And the Supreme Court was like, here's the problem. Like, I know it's been this thing for a long time that you own everything up to heaven above your land. I mean, it's in Latin for goodness sake. It's in Latin. You know, it's very persuasive, but it's just not reasonable anymore. Like we cannot allow all landowners to constantly be leasing out their airspace to every single airplane that might have to fly over.
37:09Michael Stevens:And so the answer in most jurisdictions is that you own the area above your land up to a height of reasonable use. What is that, though? What is reasonable use? It depends on what you're doing. Like you cannot build a structure of a certain height because of different zoning restrictions. Here's what I'm thinking, though. Let's say I've got a neighbor that I really intensely dislike. I'm talking about this in my sort of, you know, London townhouse. Okay. Can I build a really, really, really, really, really tall ladder? Okay. On my land above my house, and then a platform that goes over the top of their house that just blocks out the sun so they don't get any sun?
37:48Michael Stevens:No, you probably can't. I'm sure there are regulations on what sorts of structures you can build on your land. Okay, new idea. Can I get a hot air balloon and permanently hover above their house? Well, you've got to have a license to operate a hot air balloon because other people could be harmed by mistakes that you made or accidents caused by your operation of a hot air balloon. So what I'm getting at is that if you say you own the airspace above your home, but also airplanes can fly over it, then what does it really mean to say you own it? Because there are already laws against all the different ways we can imagine using that space.
38:25Michael Stevens:Same with the space down below. Now, that does bring up some pretty fun questions like, all right, all right, but who owns the center of the Earth? Right. Because also, actually, if you think about the surface and going down to the center, if you peel it off in shells, they get smaller and smaller as you go down. Yeah. So there's more and more claims on. That's right. So the wedges of land on the surface, they just come to a point at the center. Teeny, teeny tiny in the center. So someone made a joke once that like near the center of the earth, like everyone's your neighbor. It's true. And so, again, there hasn't been a lot of official judicial rulings on this because it never comes up.
39:06Michael Stevens:Right. But there's good stuff down there. There's good stuff down there. Really good stuff down there. I mean, to put this into perspective, the Earth is what's the radius of the Earth? It's 6 ,371 kilometers on average. On average. I was going to say there's definitely. Let's be precise here. Excuse me. Which axis are we measuring here? But all that matters is 6 ,000 is a really big number. And that's the distance from the surface of the Earth to the center. The deepest anyone has ever dug is not 6 ,000, not 1 ,000, but 12. 12? 12 kilometers is the depth of the Kola super deep borehole. What?
39:49Michael Stevens:Which the Russians dug. That's nothing. It's nothing. It's only a third of the way through the crust. It's like not even close to the next part, the mantle, that we all learn about in school. And like we haven't even gotten halfway there. This is really destroying my plans to dig all the way through and have a bungee jump system. Yes. That you just bounce back and forth forever. The borehole that they dug, I think a lot of the reason they did it was it was a sort of inverse space race. See how far you can go. Yeah. And can we beat the Americans at it? because America had tried something like this and they gave up.
40:26And so the Russians were like, well, we didn't beat them to the moon,
40:30Michael Stevens:but we can beat them to the mantle. How hard could it be? How hard could it be? Turns out terribly hard and surprisingly hard and frighteningly hard. Go on. Here's what they did. So they start digging, right? And they just are going to dig and they get deeper and deeper. And they don't really know what to expect. Like one hypothesis was that there's not going to be any water after a certain depth because the ground will become too densely packed for even water to permeate. Too much pressure. But they kept finding water, like liquid water, way deeper than any scientist at the time thought was possible.
41:03Like pools of water? Or are we talking about just sort of soaked into the porousness of the rock?
41:08Michael Stevens:I actually don't know. I don't think they found underwater ponds, but it was wet. Also, they figured that down there, you know, beyond 10 kilometers down, The temperature could be above boiling, like 100 Celsius to 12 Fahrenheit. Gosh, that is hot. Yeah, they expected it to be hot, but it was hotter than they'd expected. Instead of being about 100, it was like 180 Celsius, like 365, like hot roasting potato temperature. Whoa. Down 12 kilometers below the earth. Gosh. And we still don't know why it was so much hotter than expected. Yeah. Obviously, the first thing you go to is hell is real. and they were getting close.
41:53Michael Stevens:I feel like that's the only sensible explanation. So they stopped. Like they just stopped. And not because they were scared because at that pressure and heat, the stone, the rock that they were drilling through stopped acting like stone and acts like plastic. And the drag, like the grip that the material had on the drill bit just made it not, it didn't work. I also want to know, for 12 kilometers down, did they have like stages where it's like you start off with a really big borehole and then you have a slightly smaller one and then a slightly smaller one or are you just like is it just a one 12 kilometer long drill bit it's it's just oh no they don't have a 12 kilometer long drill bit but they i don't know how you drill a hole that deep right i don't know actually um but i have always wondered like where are these 12 kilometer long drill bits i think they they have shafts coming through they've got shafts that i'm sure are like segmented and they'll drill until it's at the bottom and they have to like pull it up and they'll only pull up to like a joint and then they'll separate at the joint, add in another section and then go down.
42:57Michael Stevens:So you're not having to pull the whole thing out every time. Yeah, that makes sense. I actually went on Jimmy Kimmel to talk about this borehole. This exact borehole. I mentioned it in a video and then someone from his team called up and they were like, Jimmy wants you to talk about big holes. I can do that Jimmy and I played I played up the heat thing a bunch on the on the show I was like it was hotter than they expected and they stopped but I didn't I didn't explain that it was because of the material properties of the stone it wasn't because like a demon came out or anything what you're saying is we get the extended we get the director's cut version that you did not give that's right this is the extended director's cut of my Jimmy Kimmel appearance okay so I wanted to say when was this by the way the borehole the cola super deep borehole was completed in 1989, reaching just a little over 12 kilometers in depth.
43:48I mean, if you if you turn that into a super seller, you know, you could have swimming pools down there. You could have cinema rooms down there, ballrooms down there.
43:57Michael Stevens:It's it's really narrow. It's like this. It's like you couldn't really even fit your head down it. Yeah. OK. Swimming pool for ants. A swimming pool for ants. That's right. But it's a swimming pool for no one right now, because you know what they did? Tell me. They just welded a lid over it. What? Yep. So there's like a little, like smaller than a manhole because this is a thin borehole and they've just welded it over and you can't even like drop things down it. Okay, but if you did, if you did open it up and just like drop something down it, it'd be like, listen for 12 kilometers before it hits the bottom.
44:34Michael Stevens:How long would that take, I wonder? It's a very simple calculation. You know, I think people falling down wells, by the way, It used to be a quite common occurrence. And it doesn't happen like it should anymore. Times are just getting worse. Sometimes I think we forget to be grateful about the society that we live in now. But falling down a well is not something that we continually have to get in with. That's right. Like kids today are all on their phones. Back in my day, they were falling down wells like God intended. Yeah. I mean, look, wells just they're great. But I think that even when I was a kid, there was baby Jessica who fell down a well and was rescued.
45:12Michael Stevens:Who's baby Jessica? Oh, my gosh. You're so not American. I know. What gave it away? Look it up, guys. It's a heroic story. Since then, I think just municipal water supply to rural areas has made wells a lot less prevalent and a lot less, therefore, dangerous. All the same, though, the cola borehole. Super deep borehole. Super deep borehole. Give it credit. It's almost certainly full of water now. Probably, right? A boiling at the bottom. Ooh, maybe it's a bit of a geezer. A bit of, you mean a geyser? Is that how you guys pronounce geyser? A geyser. A geyser. It's a word with double meaning. A bit of a geyser.
45:53Michael Stevens:Right, but geyser also means like an old person. A geyser is definitely male. Somebody who would enjoy football and drinking pints of beer. That's so different. In America, a geezer is a really old person. Is it? Oh, look at those geezers. And it's like some people who can barely walk. Oh. Yeah. It's sort of like a bit of a wide boy, you know? No, I don't. Someone who probably enjoys betting. That's what a geezer is to you. Bit of a geezer. Or it's a spout of water from geothermal heat. Yeah, because that's what happens there, right? Is that you have a really long crack that runs down or a hole that runs down, uh i mean nowhere near as far as the super deep borehole but if you get like a crack that appears uh so not just vertically but horizontally where you get superheated water oh like a kettle like a natural kettle right and then the pressure difference can mean that that will sort of uh need to release as it builds up the pressure builds up and it releases and then you end up these like no spouts of water you get them in iceland a lot for example yeah uh and you call it a geyser and i call it a geyser yeah i actually feel it might be an icelandic word because i don't live that far away from yellowstone national park oh yeah of course where you've got old faithful i think they're called geysers because the first english speakers to see one were like hey what's that and some dude was like ah that's just the old faithful guy and then he realized it was his superior and goes sir that's called a belabored pun i i enjoy that i enjoy that geyser It is an Icelandic word.
47:28And you do say geyser in British English. I didn't just make it up. I'm sure you didn't. Yeah, it is a hot spring in southwestern Iceland called geyser. Geyser. Old Norse means to gush.
47:40Michael Stevens:So the word geyser for the natural phenomenon comes from the Icelandic geyser. Can I tell you the Americanism, the American word that annoys me the absolute most? Yeah. Entrees to mean main course. Yeah, I know. That is so annoying. I know. That has been a huge point of confusion for my daughter because she sees on a menu entree. And my wife considers that the appetizer. Which is, in France, it's the starter. As it should be because the word is like the introduction, the entrance, the entree. But then in America, I don't know why, but I'm sure there's a good reason why. Now it means your main course.
48:23Michael Stevens:It does. And so my daughter hears from my wife that it means appetizer and then from me doing the etymology that it means the beginning. And then we're like, but disregard what we've said, because actually it means the main course. There was once when I was filming in Northern California with the Yurok tribe with some indigenous Americans talking about ownership of land. I mean, the whole idea of land being kind of cut up into parcels that are owned by individual people is something that just didn't make any sense at all. Yeah. The indigenous Americans. and it's still ongoing fights about exactly that.
48:56And I was there filming with them about a story around a river and the ownership of the river. Anyway, I got on really well with this chief. He was really amazing. And as we were chatting, I mentioned to him how annoying I found the entree thing. And I sort of said to him, you know what? I think the worst thing about Americans, the worst thing about Americans is that they do this, right? Is that this is what they do. and his response was okay oh really okay the worst thing the worst thing the worst thing of all that's the thing that annoys you the absolute most everything else they've done to the tribe that you're here to pales in comparison comparison this entree business right but hear me out though because here's my argument because i think what's clearly happened there is that they've sort of taken a bit of French culture, yeah, taken it for their own and not paid any respect for the origin of where it came from.
49:52So it's the same thing. Thin end of the wedge, Michael. Yeah.
49:55Michael Stevens:My goodness. I found another manuport. You got to show it to me. Because it's really good. Okay, 300 ,000 years ago. Okay. Also Morocco. Oh, oh, I know what it is. I know what it is. Good. It's the... Cuttlefish. Yeah, the air food cuttlefish. Yes. Were you just looking them up or did you already know about it? No, I'm just looking it up. Okay, so I didn't know if this would be appropriate for the podcast, but yes. Do you want to tell us about it? Sure, I can tell you. So this is, it's a cuttlefish fossil and... Well, it's part of a cuttlefish fossil. Okay, but it was found at a site near the towns of Erfurt and Rosani in eastern Morocco, found among a dense cluster of stone tools, right?
50:44So really early humans. No evidence of carving or shaping have been detected. Cutterfish fossils are not native to this region at all. So it has been moved. It has definitely been manuported. And the reason why this one is quite famous is because it looks very phallic, shall we say.
51:04Michael Stevens:So much so that Wikipedia doesn't even have an image of it on there. Right. So I had to Google it. And as soon as I Googled it, everyone eating breakfast around me was like this guy. Honestly, I couldn't believe it. You could not have this up on your screen at work. No. And so you can you can clearly see why a prehistoric like earliest homo sapien possible. 300 ,000 years ago is about when our species emerged, saw that and was like, guys, oh, my gosh, you got to show this to Sarah. And they like carry it around forever. It's a big joke. And it's a cuttlefish fossil that suddenly appears in Morocco very far from where it originated.
51:45This makes me, I cannot tell you how happy this makes me. Isn't it?
51:48Michael Stevens:It's like something that we share that hasn't changed in us for millennia. 300 ,000 year old dick jokes. Yeah. Absolutely amazing. And so what would you say is going on here? Because I don't think there's an experience that non-human animals have that's like this. We know that birds and raccoons and they all love curious, shiny things. Sure. But they don't hold them on, pass them around. As far as we know, especially for reasons that are so abstracted away, they might think it's curious because it's shiny. But they don't go, this looks like, remember that one time, Ted, when your pants fell down?
52:23Michael Stevens:And then it's like a whole running gag their whole lives and through generations. But that's what these manuports represent. That's what they are. That's what they are. Absolutely amazing. Tell you what this makes me wonder, though. is like, in 300 ,000 years' time, what are the things that are going to be left? What are the things that people are going to see where they infer how we are and how, you know, our own character and the things that we find funny and the things that we find amusing? Exactly. And that's why I started with Tranquility Base because we are still living in constantly what will be archaeological sites for the future.
53:03Michael Stevens:And increasingly, these significant, like super significant human archaeological sites will not even be on Earth. And so being mindful of how we preserve them is a great gift that we can give to people in the future. When Hector Station was being used in Antarctica, they didn't think like, hey, this is a great way for us to preserve Victorian industry. They just abandoned it and it's kind of falling apart and rusted. But we can say no one touch Tranquility Base. No one touch the Perseverance rovers. And we can leave the curiosity, leave it there. We're going to eventually make it an exhibit right in situ, right where it is.
53:46Michael Stevens:And this isn't just like a little like poetic dream of mine. It's happening now. And it makes me so happy. So there's a group out of Chapman University and USC out of Southern California, and they're running a program or they ran a program for many years, very recently, just in the last three or four years. And the program was called the Sampling Quadrangle Assemblages Research Experiment or Square. Oh, you academics. I know. I know. But here's what they did. They said, guys, the International Space Station is this whole new kind of human settlement where there are people who live there and they have to work with completely different variables.
54:24Michael Stevens:There is gravity. There's no G. There's no G. There's no weight. And we're just kind of like updating it all the time and new people come in and leave. And like we need to remember how early space livers lived. So they made little taped squares, quadrangles all over the ISS. And like every few minutes or every few hours, the astronauts would take a picture of that square, everything that was in that taped square. They didn't pose it. These weren't posed photos. This was just like, oh, I got to take that photo of the table. And they would do it. And so you learn by looking at these like, oh, that's how often they use frosting.
55:06Michael Stevens:And hey, what was that? oh, that's a thing that they were doing as this joke one day. And you tell the story very candidly, very fly on the wall, about human culture in the 2020s in outer space. And it's preserved better than what probably would be left to people in the future if we didn't take photos like that. Absolutely. Otherwise, it just ends up being erased by what comes immediately after it. That's right. Yeah, that's it. I guess we're looking back in the past at these tiny little fragments, these like whispers of what went before. And it's only by actively and proactively making the choice to try and preserve what we have that we're leaving anything for the future.
55:48Michael Stevens:I know. And just like these Australopithecuses left us a funny face-shaped rock and it shows us their transition from like ape thinking to hominid thinking. who knows what we're doing that in three million years will give evidence, important evidence of how we were changing from, say, a meat consciousness to an expanded or shrunk digital consciousness. Right. And these are things that we take for granted. But preserving them, whether they be here on Earth or elsewhere, is, I think, not just a responsibility we have, but a really fun thing to do. Well, one way for you guys to preserve your love for this podcast is to like and subscribe, basically.
56:36Michael Stevens:That's a very good point. This is the archaeology. Do you want people in the future to not know whether you were subscribed to The Rest is Science? Could your legacy live with that kind of embarrassment? Look, you need to do your part for humanity, okay? And it's very simple. Do your bit. Or, as ever, you can send us an email to therestisscience at goldhanger.com. And we will see you next time. We certainly will. Thank you.
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57:42Trust us. We've tried.
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From the publisher
What will humanity leave behind?
In this episode, Professor Hannah Fry and VSauce's Michael Stevens explore the traces humans leave behind and what those traces reveal about how we think.
From Tranquility Base, where humanity's first footprints on another world still sit undisturbed in lunar dust, to a three million year old pebble that may represent one of the earliest signs of symbolic thought, they uncover how ordinary objects can become extraordinary windows into our past.
Why would one of our ancestors carry a rock that looked like a face? Who owns the artefacts we leave beyond Earth? And what might future generations learn from our footprints, tools, jokes, habits, and settlements scattered across the Solar System?
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