No Such Thing As A Fish - No Such Thing As A Love Potion For A Vole

Episode Date: June 23, 2017

Anna, James, Andy and Alex discuss stinking ice, smart seeds and the world's greatest fly swatters.

Hello and welcome to another episode of No such thing as a fish, a weekly podcast coming to you from the QI offices in Covent Garden. My name is Lightning and I'm sitting here with James Harkin, Anna Tzinski and Alex Bell. And once again, we've gathered around the microphones and we've got you our four favorite facts from the last seven days. So in no particular order, here we go. Starting this week with my fact, and that is that early ice skating rinks stank of pig fat. It's a rank rink Rank rank Ice rank

So this is the fact that the very first Artificial Skating Rinks Used as kind of ice substitute Because they didn't have the technology To make proper fake ice So instead they used a substitute Which consisted of various salts and hog lard And people would just skate around on it

And they also had mounds of hoglard Just at the side to look like fake snow Yeah And it didn't last very long It lasted six or seven months. When did you say that was? That was in 1844. Okay.

So that was, and the first one of those was made in 1841, I think, wasn't it? Yes, sorry. So this was the first one that was sort of properly open to the public. Yeah. The one that was made in 1841 was only six foot by 12 foot. You're not going to play much hockey on that, are you? That was like his investment lure one.

So he made that first one, and it was basically like a thing you'd take on Dragon's Den to say, if you give me 10,000 pounds for 10% of the country, company. Well, I'm afraid it smells like pig fat, so I'm out. It's weird when you see pictures of the olden days. So, for instance, there's this beautiful picture of one of these early ice rings from the 1840s. And everyone always looks very kind of, they're all dressed very beautifully, and it always looks lovely like Jane Austen era. And you can never see the picture of the smell, which was so pervasive everywhere. Everything's not of horse manure or pig fat. Did you expect that

they'd be skating around with like clothes pegs on their noses and stuff? green smoke lingering above them. You can't see the trotters poking up through the ice. Do you remember last year when in Japan? I think we might have mentioned this on our new show. In Japan they filled their ice rink with dead fish, didn't they? They got like hundreds of dead fish. I looked this up again, but I didn't realize at the time when you do this on the show

that the Japanese theme park is called Space World. And it's like a space themed theme park. There's no reason to put fish inside your ice rink. They froze them fast so that you get. kind of whole shoal of fish mid-swim so it did look quite cool but then they also spelled out the word hello dead face when you take a step back from that that's like what are you doing like who thought that was a good idea like how far down the meeting did you lose sight that that was mad when you're like let's spell out the word hello of all words in the ice at the very least you could put hello in

japanese oh was it in english yeah it was in english wasn't it was yeah but they got a massive trouble over that and then they said don't worry the fish were already dead before we put them in the as though that sort of makes it better. Well, it kind of makes it better because then it's just like if they were just buying it up as if to eat. But people complained at the time that the fish looks like they'd been frozen in time.

There were people saying, it looks like you just put them in there alive and they've frozen to death because their mouths are open and their eyes are big and wide. But if you've ever been to a fishmonger, that is just what dead fish is. I see what you mean.

I don't think it's better. I do think it's less bad. Well, that's what better means. I think it's still bad. Do you think it was spelled out in English? Maybe they thought this is a kind of weird stuff that the Brits are into, isn't it? We'll spell it out in their language. We'll get loads

of tourists. Well, they correctly surmised that it was going to be in British tabloid newspapers, didn't they? They did. Well done Japan. Maybe they were hoping that it was going to be in Hello magazine. Maybe it was sponsored by Hello Magazine. Anyway, yeah, so they didn't have another proper

artificial ice ring until 1876. And that was when they had actually developed the technology. But even that one had a layer of cow hair under the ice. Did it? Yeah. Was that for some kind of cold insulation? Because they ran cold pipes under the ice, didn't they? You had concrete, the base layer is concrete, and then on top of that you have layers of earth and wood and cowhair, obviously.

And then they, on top of that, as you say, and had they put these pipes, and they ran a chemical solution through the pipes, which froze the water surrounding the pipes. And it froze the water. How cool is that? They were called glaciariums, weren't they? Glaciaria, maybe. But they were incredible. I didn't realize these things existed. and they were, it sounds amazing, so they were floating.

There was, I think, the second or the third one that this guy, John Gamgey, who invented them, made, was one, a floating one on the Thames, just where the Hungerford bridges. So it was this big floating ice rink, and it had a glass ceiling that went all over it. So it was indoors, glass-ceilinged, floating. Why don't we still have this? That's very cool. Yeah. I find it hard enough to skate on an ice rink that's on solid ground, but one that's also, like,

you get a seasick on as well that's going up and down. Maybe it cancels out, and it's just like walking ground. I think I'm imagining everybody sliding to one end and then sliding to the other end and not only getting punched off on one side. Yeah. So John Gamji then, after doing this, he went into perpetual motion. He invented a thing called the Xerometer, which supposedly would power ships through perpetual motion.

He'd put the same, a similar kind of liquid through the ship, which is really cold. That would take the heat from the water. That would propel the sails and the rotors, which would then put energy back into the ship. the water and that would supposedly be a perpetual motion machine. Unfortunately, it didn't work. Unfortunately, he didn't count on the laws of physics. Yeah, and he spent the rest of his life and all of his money on that. You're killing. He was an extremely accomplished vet, John Gamji. So he was

really good at this. He founded this vet school and a vet journal. And there's now the John Gamge award, which is basically the only remnant that has his name, which is an award that's given to those to excel in the field of veterinary science. And it says in the Oxford Dictionary of National Biography that if he'd have carried on being a vet instead of going into ice skating rinks and perpetual motion, then he probably would have been the best vets, like of all time maybe, or one of the best vets.

But we wouldn't have ice rinks, so swings and roundabouts, isn't it? But we would have the pig rink still. He didn't invent that. We'd still have the pig rink, thank God. That would be probably fine. Can I just, because such a cool thing about Ganges is that his brother, was a guy called Samson Gamji. Sam Gamji?

Well, so Samson Ganji was a doctor, and he invented a kind of tissue that was used in surgical instruments, which people called the Gamji tissue. But Tolkien wrote a letter saying that he'd got the name Samwise Gamji from that because they used to refer to the Gamji tissue at the end of the 19th century, and it was to go with Rosie Cotton, who's Samwise Gamjee's wife in Lord of the Rings.

So this guy who invented the ice rink, his brother was Samwise Gamji. That's amazing. He was Lord of the Rings and the other guy was Lord of the Rings. It's not quite true to the text, is it, saying that he's Lord of the Rings, but we'll allow it. Hang on. So, Sam Gamery is named after a cloth. And his wife were both named after surgical instruments. That's so funny.

Surely that's a bit of a hack move, isn't it? It's like the least Lord of the Ringsy thing to do. You'd think it'd be named after some God or something, yeah. It's like being called Trevor Gors. So Neville Butterfly Stitch. What if all the characters in Lord of the Rings are named after all this stuff? Maybe they are. Maybe they are.

So we should talk about the machines that go up and down ice rinks, fixing the ice. It's what the public are crying out for. Yeah, I think it is. You mean Zambezi's? Zambonis. Zambonis. Zambonis is a river in Africa. Very rarely freezes.

I assume they were named after that. Yeah. Sorry, you mean Zambonies? Yeah, I do, yeah. Yeah, of course. It's very optimistic that I'm going to edit that. Yeah, I didn't realize the previous procedure, which was so laborious. You had a tractor, right, on the ice, and that would pull along a scraper.

Because obviously, as people skate, there are all these little shavings that get sort of cut out of the ice. So you have a tractor pulling along a scraper. The scraper scrapers scrapes it all up. And then you have to have someone walking behind, spraying the ice with water, and then squeegeeing it up to mop it up. so you don't even have too much water on the ice. I think it's basically, it's shaving the top layer off the ice, so you've got the smoothness,

and then putting a new layer on that's smooth. It's basically like repainting, but with water. But then does the person walking behind leave a lot of footprints in the ice, then another machine has to come behind to sweep up? It's another person, actually, with slightly smaller feet. Yeah. Yeah, they're great. So these are apparently a big deal in the world of ice hockey,

which I'm not very Ophae with, and in America, but they're invented by this guy called, Frank Zamboni in 1949 and they were first made out of old World War II parts weren't they? So the first one was made out of bits of a Spitfire. It was like a tank wasn't it? It was a Douglas bomber so it was an

airplane but I think other bits were made out of tanks maybe I think the whole thing was that when he made the machinery then put it on like a military buggy and drove it around and that was like a Oh really? That's so funny. I went on the website and the official website Zamboni and on the biography it says if necessity is the mother invention

Frank Zamboni is probably the father which I think it is a bit of an over similar. He's one successful, quite specific invention. No, have you seen the other things he invented? Go on. One of them's called a Black Widow. It's a machine that's invented to fill in the dirt on top of cemetery vault. Effectively, leveling the soil on top of a vault is very similar to leveling the ice on a...

Yeah, he's a bit of a one-trick pony, isn't he? He's not a one-trick pony, but he's adapted a trick. Because he's also invented the Astro-Zamboni, which removes rainwater from a... AstroTurf. And when they had the 50th birthday of the Zamboni proper, Zamboni classic, they had a Zamboni Driver of the Year competition. Oh, yeah. Yeah. Which was won by a guy called Jim McNeil, who said it was a thrill right up there with getting married and having children. Wow.

Did you see what he did next? Obviously, you all thought. Get divorced. Abandoned his children. Actually, it was a bigger thrill. Just packing all this stuff up and driving. right on a zamboni. In 2006, two skating rink workers were fired after driving a zamboni

to a Burger King drive-thru. They got fired immediately, and the director of Park said, when we interviewed them, they didn't seem to be too concerned about it. Did they leave the Burger King floor extremely smooth in that week? I don't know.

We should move on, guys. Yeah. Oh, can I tell you a really cool thing you can do with ice super quickly? If you get a bit of cheese wire and you hang weights on either side of it, and you get a big block of ice. So make a big block of ice, a bit of cheese wire,

hang two litre bottles of water on either side of the cheese wire, and you put it over the ice, so it gradually cuts through it. And the ice re-freezes behind the cheese wire as it cuts through it. So the cheese wire will cut all the way through the ice, come out the other end, and you've got a completely intact block of ice. That's amazing. So you spent all that time, and all of your objects are exactly the same as they were when you started.

Exactly. It's almost a few dialect, isn't it? Okay, it's time for fact number two, and that is Anna. Yeah, my fact this week is that in 1912, the Toronto government ran a fly swatting competition. It was won by a 15-year-old girl who killed half a million flies. So this is so weird. I think I read about this on a site called Knowledge Nuts, which I've discovered. It's a really great site, guys. I felt like I had to mention it because it's not in many other places.

So this is this contest, that flies were a massive problem in 1912. They spread lots of disease. There was manure everywhere. There were big parts of rubbish everywhere in the streets. So that wasn't the flies. I was going to say, the flies aren't causing the manure. They're going to cause very small amounts of manure. Yes.

So they're adding to the problem, I would say. Well, actually, don't they eat the manure? And then they just produce a different type of manure. What's interesting about that is they take manure, and then they replace it with manure. It's very much like Anna's ice ice ice. They redistribute manure. They were redistributing manure on people.

The government didn't like it. And so the chief medal, officer in the Toronto government, got together with a Daily Star, launched this contest. Every contestant had to be under 16 and they said they give away cash prizes to the children who brought in the most fly corpses. And there were people who came and they came to this guy called Dr. Hastings, who was the chief medical officer and they brought their fly corpses to him every day and he counted them up. There were lots of quite strict rules. So you couldn't try and pad out your pint with other material. That was against the rules. You couldn't breed the flies once you got them

in order to make more because that kind of defeats the whole object. How do they know you're not going to do that though? Exactly. They just asked you not to. It was on trust. That's like what city was it in China that started offering a bounty for every mouse or rat chute-pills or something. Yeah, and then people just made rat farms and then just like mass bred these rats.

It's quite crafty the idea of padding it out with other stuff though. Because that's in a Greek myth, isn't it? Someone, you know, someone is going to pay the godsome tribute and he puts in this sack of rubbish awful, but then he puts a nice steak on top of it and the gods, think, oh, a sack of steak, and then they work it out because they're not complete idiots. There was an old scam that they used to do with vegetable oil, in that they'd sell you a massive tank of vegetable oil. But actually, it would be water with oil on top of it, because of course, oil floats,

and you'd only see the oil part. And that is why cooking oil now always comes in transparent bottles. You've got to see it all the way down. So we've established that piling rubbish underneath and putting the valuable thing on top is a common trope, and the Toronto government anticipated this and said, Please don't do it, kids. Why was the competition only for 16 and younger? If this was a genuine problem they were trying to solve,

why were they then suddenly... Because people have got jobs, Alex. Well, kids have school. I bet this girl, Beatrice White, skived a lot of school to get this good. So this is the girl who won it, and she set these proper traps, and if you look up,

if you go to the old newspaper archives, you can see pictures. They were quite elaborate, so she put raw liver underneath them, and she designed a one-way funnel, and then she'd agitate flies, so they flew towards the raw liver, went through the one-way funnel,

And then they get stuck in these contraptions she built out of like wood and wire and then she collect them at the end of every day. And she delivered 500,000 flies to the government. It's amazing. She killed them with poison as well, didn't she? Yeah. I wonder what poison kills flies. Oh, I know one. What?

Arsenic. How does it? Because fly paper used to be full of arsenic. Did it? And people would soak fly paper in water, let the poison leach out. And then you'd have poisonous water. And people would, people murdered each other in the 19th century. with fly paper water.

Did they? Yeah, you'd say have a nice glass of water. There's one called Florence Maybrook in 1889, who poisoned her husband and was convicted of arsenic poisoning her husband using flypaper. Really? Oh yeah, but didn't she claim that he liked to self-medicate with arsenic for his libido? And there wasn't enough evidence either way. So she escaped being executed for it, but she did stay in prison for a long time.

That's not how crime works. We think you did it, but we're not totally sure, so we're sort of going to go for a bit of a sentence, but not a full one. What they should have done is stuck her on some fly paper for 20 years. If she was a Greek parable, that would have been what they'd done. My husband in life actually liked shooting himself. It was good for his libido. Well, they did use to use arsenic in some medicines, I think, didn't they, tiny amounts.

So maybe, yeah, it's plausible. I believe her. So for many years, in many places, collecting flies and giving them to the government has gotten you money. So in China, officials in Luayang offered $125 per 2,000 dead flies during a campaign. Really? Each fly was worth about seven cents. Was that a massive amount for a fly? It was recently, sorry. Oh, it was quite recently, yeah.

In Pennsylvania, in Mansfield, Pennsylvania, in 1914, it was five cents per pint of flies. Oh, wow. You would get. In 1988 in Manila, it was $4.7. 75 per 1,000 flies. So all the prices are very different. Yeah. And there was a guy called Mr. Bel-en.

About him, James, has nothing interesting to say. He just doesn't really wanted to get that name in. Mr. Ballet. It would be great because he was collecting flies. It would be great if his name became a verb to collect flies. I, Bell-end. He-Bell-end. He-Bell-E-Bel-E.

No, he was delivering an average of 200. thousand dead flies per week making about a thousand dollars a week. Wow. Wow. How was he doing that? Well, he wouldn't give away his tricks. What tools was he using? Well, people suggested that he was hatching maggots himself. An allegation he denied vehemently. Well, you would do, wouldn't you? With a thousand dollars a week, I mean. He said that catching flies a lot like hunting or fishing. First of all, you have to find out where they hang out and then you go there. And he used a giant fly swatter, which he invented himself. When you say invented, was it just a fly spot but much bigger?

He wouldn't give anything more away in the article that I read. You said that to catch them, you have to go to where they are. Yeah. So, the second place in this competition in Toronto in 1912 went to a girl who lived quite near a 90 metre long heap of manure. She never thought that would be an asset when her parents were buying the house. I earned so much with the flycatching competition. I can actually afford a slightly larger heap of manure now.

But they ran the competition the next year. They ran it for a second time. And there weren't any flies to catch because Beatrice White had scoot them all up. But her sister came second the following year. And she still, her sister still caught 200,000 or something. No, she got 50,000. There's nothing. There's still a lot of flies.

That's true. The newspaper, the Toronto, I think it's the Toronto Star, or the Star in Toronto. They tracked down Beatrice White, who would have been about, That's 71, I think. And they ran a headline, The Queen of Fly Killers found alive. And they gave her a can of insecticide to thank her.

Yeah. And she said that the $50 that she'd won, she desperately wanted it to pay for her music lessons, and her dad had kept it for himself. Really? Wow. Yeah, tough times. That is bad.

I think each housefly can carry 6.6 billion back. Sorry, obviously not billion. Each housefly can carry 6.6 million bacteria on it. many of which are bad. I know some are good. We all know that from the yak-led adverts, but some of them are bad. You wouldn't move down a pint of flies, in the vague hope that some of the bacteria might be friendly. I got to say, though, the difference between a million and a billion. It's like, it's hardly as if, oh, thank God, it's only a million.

I wasn't thinking, don't be ridiculous, Anna. They couldn't have a billion. They must have a million. It seemed silly to me. Okay, it's time for fact number three. and that is Alex. My fact this week is that when animating 101 Dalmatians

Disney photocopied the dogs. Is that why they're black and white? Was that at the office party after the shoot had ended? We photocopied our bums. What else can we do? Do you know who first came up with the idea of photographing your body parts?

No. A genius of some sort. Yes. Einstein? No, Andy Warhol. Really? Apparently it's seems like he was possibly the first person to do it. In 1969 he walked into an art supply

store and he knew the owner who's called Donald Havannick and he convinced him to let him do some photocopying of himself and there are images of him with his face on a photocopier. He didn't do his bum as far as I know. I would wager that the first person to do that knowing the human condition would have been the person who invented the photocopier moments after inventing it because that's going to be the first thing you ever do with a photocopier. I don't know. What I would be impressed by because everyone now has photocopy parts of themselves using the flatbed on a photocopier. I want to see the person who photocopies himself

using the document feeder. That would be amazing, yeah. Sliding yourself through. Anyway, go on. So, this was in the late 50s. Disney had made Sleeping Beauty and the way that they made that was that every single frame of the film

has to be really painstakingly drawn and then transferred onto, like, painted onto glass cells. And this is a really expensive. and time-consuming process and it didn't do very well at the box office so Disney were thinking of shutting down their animation offices and so they had to come up with cheaper ways of making these films and so one of the creatives at Disney

got some equipment from Xerox and modified it and found a way of basically photocopying certain elements of the drawings and putting them onto the glass cells so they then next made 101 Dalmatians and realised that they could specifically photocopy the spots on the dogs because they're going to stay the same and you need the same, a different combination of spots on each dog and it needs to be the same dog and stay the same

and then the backgrounds need to say the same. And they came up with this way of identifying the dogs by thinking of the spots as constellations. And it cost about half as much the film as it would have done and kind of save Disney and then transform the way that they would animate films from then on until the computer era. Does that mean all the spots on the dogs are constellations? No, they were thought of like constellations.

Right. Okay. I don't remember them. It does mean that it would have been like three Dalmatians if they didn't have the Xerox in technology. She just made a tiny, tiny little glove out there. Maybe the Xerox machine only did 100 copies as maximum. Do you know what toner is made of in photocopiers? Is it pig fat?

It's pig fat? Is that great? No, of course not. Damn it. It's different from ink, isn't it? There's a difference between toner and ink. It's not ink. Yeah.

It's like electrostatically charged. particles. Oh, you do know what it is. Yeah, well, it's, it is, but it's this incredibly fine powder. A lot of it's rust. Rust.

Iron oxide, yeah. And there's plastic. And there's lots of plastic. Modern color photocopi toner is 95% plastic milled into a tiny, tiny, tiny powder, which then gets fused by heat with the paper.

Okay. I had no idea. So the photocopiator is not ink. That's why it's so expensive. Yeah. Because you always see that it's like 10 times more expensive. than champagne or something, don't you?

Yeah. And it is done by electromagnetism, isn't it? So I think it's a really complicated process, but you make the bits that you want to have toner on be kind of magnetic, and then it attracts the toner to it. So it needs to be charged. So the toner has the opposite charge to the bits of the paper. It's amazing, isn't it?

Did you know this? I didn't know this? Did you know that Canon has been warning people to take better care of their office equipment? It's how they put it. They're sort of put it on C-net, but especially during the festive season, It says the Christmas season leads to a 25% hike in service calls due to incidents such as backside copying pranks.

So there is actually a big increase in photocopier accidents during the festive seasons. They've asked us to stop doing it, please. Well, I won't. I don't care what those squares at Cannon have to say. And he just replies with a lesson with 20 copies of his own. Do you know, using a lot of people use Xerox, especially in America, as a generic word for a photocopier. And according to an advert from 2003, Xerox said, when you use Xerox, the way you use aspirin, we get a headache.

And that they really hate the way people do this. And the reason being is something called genericide. And what it is is it's when you have your brand becoming so ubiquitous that everyone uses it, it means that you can't really claim intellectual property over that word. And so it means your trademark is basically dead and buried. Yeah. And that's why Google don't like you say, I'm going to Google it. they want you to say, I'm going to search it online using Google.com or Velcroed and

it might as be called Velcro. Obviously there are advantages to that because you become a very famous brand, but then at the same time it's very difficult to protect your trademark. I mean, it hasn't worked for Google, for instance. Where are they now? Yeah. Crushed under the Ask Jeeves juggernaud. There was a bug in 2013 in Xerox machines, which meant that sometimes numbers would be randomly replaced in photocopies.

People would be photocopying really important documents, and then I think Fawls would change to ones and then and then this guy that explains for a hundred and four down the guy did like a TED talk on it and kind of revealed this bug and then Xerox took him on board and fixed the bug wow yeah that's amazing so the guy who invented the photocopier

or the Xerox is so nice it's a really happy story it's just from start to finish this guy's called Chester Carlson and he was brought up really poor. So he used to have to sleep in a chicken coop sometimes. He spent some while having to sleep outside. Where did the chicken sleep? They slept in his four post of bed upstairs.

But he came up with, he came up with this amazing technology, which was really complicated. And when people talk about it, it combined loads of different techniques that no one had ever thought of combining before. And it was rejected by more than 20 companies. And it's since been called the most important thing to happen in printing since the printing press, because his, His technology also was what laser printers do. So he basically came up with modern printing and photocopying. But he eventually, you know when you expect to get to the end of these stories, it would be like, oh, you sold the rights to someone and got a tenor.

He then went into perpetual motion. Didn't stop spinning for the rest of his life. He got a 16th of a cent for every single Xerox copy made throughout 1965, which was a lot. That's why it's so expensive. No, as long as that, it was about 10 years, the period. Through to 1965, yes, from when he made it. But he lived really humbly, and he never bought much stuff.

He gave all of his money away. He would never, ever wanted his name to be on stuff. So when he gave his money to universities and stuff, he asked them to put it in honour of the teacher who'd inspired him and things like that. Is it possible that that was just cover story, and what he did was he invented a photocopy it and then just photocopied money? No one really caught up with him for years. Effectively he is printing money, isn't it?

Basically printing money, yeah. A 16th of a cent for every Xerox copy made is unbelievable. Yeah, that's insane. Yeah, but no, you're right. He gave it all away. But he had a business partner at the start who was a guy called Otto Kornay. I think he might have been an Austrian, I'm not sure. But he walked away about a year into the process. He said, I don't see this going anywhere. And he could have been a multi-millionaire. But, um, I know. But Chester Carlson, the reason he tried to invent a photocop in the first place was because he worked for years as a law student and a patent attorney. And he spent like all his time copying legal documents by hand and develop chronic arthritis because of it and he was just so pissed off that he had to do this that he was like I need a machine for this oh he did other he had other inventions uh here we go a petal emotion machine uh a raincoat with gutters to channel water away from trouser like now actually that is a good idea he invented a toothbrush with replaceable

bristles he invented a transparent toothpaste tube which seems really unnecessary no that's i would Love that because how do they get the stripes in it? Yeah. And if it's transparent, it means that people can't hide awful inside your toothpaste. The top millimeter is toothpaste and the rest is just pig fat. The number of times the aquifresh have got me with that trick. Do you know where photocopying has been banned? Oh, in the Bank of England.

Oh, that's a good idea. North Korea. It's, well, it may well have been. how many photocopies there are in North Korea. But in 2010, in Tibet, it was banned. People in the capital would have to register their name if they wanted to make photocopies. Why?

Basically, the Chinese authorities were worried about people spreading literature saying, hey, maybe the Chinese should leave Tibet. And so they said, well, no more photocopying for you. Fuji has developed a new robotic printer that moves around the lounge or office, bringing documents to the person who printed them. That's a great idea. That's awesome.

Yeah. I mean, our office is quite small. I'm not sure how much use we get. And it's got a step in the middle of it. Yeah. So if you're in a public space and you have some documents which are quite secure or sensitive and you want to print them out, but you don't want anyone else to see them. You don't want to print them and then have to go over because there might be someone stood there and they might read your anti-Chinese propaganda.

I've said sorry about printing that using the office printer, all right? And so if they come to you, then it means that you'll always get the right ones. I guess but isn't there a risk that someone intercepted on the way? Yeah. You know, if people look at my screen and the concert that you see I'm on free Tibet.com and then the sensitive document robot keeps on shuffling back and forth to me. Actually, photocopies and a holding sensitive document is a major issue that there's someone, this guy is trying to highlight.

So I didn't realize this, but every time you photocopy something, then it stores exactly what you photocopied on a hard drive. So since 2002, photocopies have got a record of every single thing that's been through them. So there's this guy called Jun Tunnen, who has a digital security company. And he tried to prove how risky this is by randomly buying up some second-hand photocopias. So we bought up four of them to show that they hold all this digital information. He actually said, we didn't even have to wait for the first one to warm up.

One of the copiers had documents still on the copier glass from the New York Police Sex Crime Division. Oh my God. What? They hadn't even taken it out of the thing. They hadn't even take their sex offenders list off the flatbed in the photocopier. So he opened it up and got that. But he hacked into the hard drives and he got, for instance, 300 pages of people's individual medical records. So all details of the medical records.

Like blood prescriptions, blood test results, diagnoses. He got lots more lists of sex offenders. He got lists of pay stubs and people's bank details that they photocopied. So yeah, this is a thing. Old photocopiers are holding... Was one of the photocopiers he bought from the New York Police Sex Crimes Department or something like this? It must have been, right? It must have been. I think it must have been.

He probably was waiting, hovering on the eBay button for ages and ages. Slam. Got it. Okay, it's time for a final fact, and that is James. Okay, my fact this week is that seeds have brains. And James doesn't. How similar to our brains are they? Are they the same? Well, they're smaller.

If I was talking to one at a party, how long would it take me to notice that I was talking to a seed to a person? I think that you don't, you tend to make that decision not just based on people's brains. Okay, let's say it's got a face painted on it.

Do you stop talking to people if you notice their brainwaves aren't working? I think that guy over there is an acorn. I can say anything in case I was being rude. So, what this is, is they've taken some seeds and they've worked out how they make the decision of when they need to germinate, and they've looked at all the different cells, and they've found that it's just a few cells that make this decision.

And it's very complicated, but the way they make the decision is quite analogous to the way that animals make decisions with their brains. And so the people who have done this study are saying that basically it's very similar to a brain, but much smaller, much simpler, but it's similar. Now, that doesn't mean that they have brains like us because they don't. but it's basically quite interesting because the last time plants and animals had a common ancestor was like 1.6 million. Sorry, stupid. 4.6 billion.

And even though it was that much time, they've kind of come up with the same solution to the problem, which is by using these cells to communicate with each other and then saying, okay, now that we've communicated, we're going to release these hormones, etc. So it's about the cells communicating with each other within the seeds? Exactly. And that's, I mean, what is about? brain apart from a few cells communicating with one another. Yeah, it's all mine is. It's kind of about you guys. But it kind of sounded like it's slightly, well, in the article,

it brought it down a bit to half of the cells are saying like, grow, grow, grow, and the other half are saying like, don't stay, stay here because stay a seed. And it's just up to like then it's then deciding which one to follow. Just like when you're in bed and you're like, stay in bed all day or get up and do stuff. Yeah. And it's pretty analogous to that because for a, for a plant, it can't sprout too early in case the temperate, gets cold again, but it can't wait too late. It can't stay in bed too late because then all the other seeds will have sprouted and they'll crowd out the resources.

So it is like that. You can't get out of bed too early because it'll be dark and you'll bump into things, but you can't get out too late. Otherwise the tube will be very busy. There was a good headline in New Scientist, which is quite misleading, that said, it just said, plant parents tell their seeds when to sprout by passing down their memories. And I thought this is going to blow this podcast wide.

O'Claught have memories and they transmit their memories to their children. This is unbelievable. People can't transmit memories to each other. Actually, what it is is, but it is still quite interesting. So as you say, it's important when seeds sprout and actually sometimes they might want to sprout earlier or later depending on the weather. And the plant parent can work out, so if it's warm weather, it knows that it'll make a slightly thinner casing for its seeds.

so it sprouts quickly to take advantage of the weather. Whereas if it's cold weather, the plant senses that and automatically makes a thick casing for the seed. And that means when it's dispersed, it takes longer to hatch out and the weather will have got warmer by then. So in a way... That is clever. That is very clever.

But that's like me saying, like if I put my baby in a hat, that I'm passing my memory to it. So on plant seeds, you know, argon oil? No. I went to Morocco at the end of last year and they were banging on and on about argon oil in every single market. They're like, you love argon oil, don't you?

From argon trees? Is it argan or argon? Argan. So it's a thing that's really popular, apparently, for girls to use in their hair. It's a big deal. I can see why you felt we would know. Look at Andy's hair. It's riddled with Argonne.

Tripping with Argonne. I'm hoping it's Argon. It's actually water that I was sold as Argonoil when I'm going to be a trainer in Morocco. But anyway, this is kind of, this is a massive boon, how popular it is for places like Morocco where it's made. I thought agon trees were the ones where the goats live in. They are. So 60% of argon nuts, which is where you get argon oil, are distributed by goats. So you're right. Argon trees are the ones that goats climb up and they can get like up to eight metres up a tree. And then they eat the argon leaves and the fruits and stuff.

And the seeds, they then regurgitate within about a day and they spit them out somewhere else. And that's how they're distributed. So this argon oil that you ladies and gentlemen are putting on your skinnier hair or whatever it's for has been dispersed by tree climbing ghosts. I have a fact about those goats. Go on. It's that the domestic ones don't know how to climb trees and they have to be taught by keepers, human keepers, how to climb up.

How do they teach them? I don't know. I haven't found any footage beyond just that fact. It's well worth Googling Argon Tree goats, isn't it? Yeah, that's... If you haven't seen that picture before, it's... Or you can watch the special feature of how to do QI research on

volume two of the QI DVD box set. Which is all about Argon Trees and goats. Oh, that's how I must have known. Yeah. That's me too, yeah. So elephants transport seeds as well. They can transport seeds up to 65 kilometres away from the tree that they've eaten, the fruit or whatever. And that's by far the biggest mover of seeds out for any animal at all. You know, like three times more than any birds or insects or anything like that, yeah.

That's incredible. And it comes out in their feces, presumably. It does. Okay. So they travel 65 kilometers between poos. That's what it sounds like, doesn't it? But I've done that on a motorway before. You transported the seeds from South Mims to Carby services.

Where do you think 75% of Mexico sesame seeds go? So they go into Andy's car to travel up the M6? Is it they get turned into halver paste? Nope. It's if they go to McDonald's. They do. They all end up on McDonald's burgers. Three quarters of all the sesame seeds in Mexico.

I think that's amazing. That is amazing. Wow. Wow. What else do you use them for? Halva paste. Is that another hair product? No, it's a use of food.

It's a mouth product. If you put it in your mouth. It's delicious. Is it? Okay, great. I'll look it up. So it's a food then. It's a food.

Okay. Or as I call it, a mouth product. I read an article about Mexican farming the other day. It was about the avocado farmers in various cities. They've now formed their own militias. because they were being you know ripped off and blackmailed and extorted by gangsters and they have proper you know

assault weapon militias concrete bunkers all this stuff just to protect the avocado crops because it's so valuable to them isn't it avocados though that they would be extinct if it weren't for humans eating them because they lost the mechanism to distribute their seeds that is true it's because avocado seeds are too large to pass for any animals that are currently extant so the thing that avocados evolved

to be distributed by has been extinct for 12,000 years. With a very large aeus. To be distributed by Piers Malkin. It was a ground sloth, guys. It was a three-meter-long ground sloth called the Megalonix Jeffersoni, and it ate the avocados, and then it was able to distribute the seeds. But they haven't existed for 12,000 years, and we don't know why avocados have managed to exist without them,

because humans surely haven't been distributing avocado seeds in a systematic way for 12,000 years. It seems unlikely. and yet they've stuck around. Can I just say something about brains? So when you sleep, your brain cells shrink to half their normal size. As you sleep, your brain cells literally get half as big as they are. Does your head shrink to half as normal size? Is your brain literally 50% of the size of it is?

Have you never seen a sleeping person? It's like a normal size body. And then are like a doll's head. No. It's incredible. It's unbelievable. Is that why you yawn when you wake up because you're like reinflating yourself? No, this is, so they found this out recently.

They can shrink by up to 60% while you sleep. And they think, this is because I think we've mentioned that they've recently discovered that the purpose of sleep, they believe, is to flush out all the waste from your brain. So it allows fluid to travel around your brain cells and in between them and kind of flush out all the useless stuff. And that's why your brain uses the same amount of energy when you sleep as when you're awake because it's doing all this stuff. And it's thought that by shrinking, it creates more space around the cells so that the fluid

can flush through them more easily and get rid of all the. the waste. That is amazing. It's so cool, isn't it? So cool. Yeah. That's amazing. If you get a vol and you put it in a female vole this is and you put it in a cage with a male vole and then you stimulate certain parts of its brain, then the female vole will fall in love with a male vole. Sorry, which brain are you stimulating? The females. Really? Why would you do that? Is there some kind of Shakespearean comedy where they have a love potion? The taming of the vol. No, this is just a study that was done in Atlanta And they got this vol and they stimulated it

And put it in with the male And then they put the female vole in to another cage With both that male and another one And she always went for the one that she was hanging out with While she was being stimulated in her brain And then they did it with another bowl Who hadn't had her brain stimulated And she would more often go for the new guy

Oh really? Does it got anything to do Because vol is an anagram for love and if you're scrambling someone's brain up, they're just saying, like, I'm a vol, I'm in love. I didn't know we knew that foals felt love. I'm excited.

I think we might be extrapolating in the same way that I extrapolated that this was a brain and a seed. Don't believe anything you've heard over the last half an hour. Okay, that's it. That's all of our fact. Thank you so much for listening. If you want to get in contact with any of us about the things that we've said, you can find us on Twitter.

I am an Andrew Hunter. M. James. At egg-shaped. Alex. At Alex Bell underscore. And Anna. You can email podcast at QI.com. You can also go to our website, which is no such thing as a fish.com. And you can hear all our previous episodes on there. And... What about our tour, Andy?

We're going on tour. We're going on tour all over the UK in October and November of this year. So go to QI.com slash fish events to get tickets for that. Anyway, I'm going to go back and carry on writing our new book. Oh, we got a book coming out? We have. That sounds great. What's it going to be about? It's going to be about the news of the year.

And you can get that by going to QI.com slash fishbuck. Okay. We'll be back again next week with another podcast. Thank you so much for listening this time. And goodbye.