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b3KpFdb1pW8 | https://www.youtube.com/shorts/b3KpFdb1pW8 | veritasium | Veritasium | We Took $10,000 From @mkbhd's Locked iPhone | There's a flaw in some virtual wallets.
We exploited this flaw to steal $10,000 from @mkbhd.
Watch the full video to find out how we did it... | false | ok | youtube-captions | I'm here with MKBHD and we're going to try to steal $10,000 from his locked iPhone. Really hope it doesn't work. Really hope it doesn't work. I'm going to get you to put that phone down on top of this device. >> It's just a regular payment terminal. Nothing nothing weird about that. >> Careful. [music] Careful with tha... | [
{
"text": "I'm here with MKBHD and we're going to",
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"text": "Really hope it doesn't work. R... | en | true | 20260826 | 49 | 1,260,927 | 29,786 | [
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5U-V0y-fkSw | https://www.youtube.com/shorts/5U-V0y-fkSw | veritasium | Veritasium | It's impossible to choose a number at random | In math you can't truly pick things at random because formulas always give the same result.
So if we can't pick randomly, how do we select anything in math? | false | ok | youtube-captions | In math, you can't truly pick things at random because formulas always give the same result, which is why computers don't have true random number generators. Instead, they usually run an algorithm on your current local time to generate numbers that appear random. So, if we can't pick randomly, how do we select anything... | [
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nHAFnH3xRl4 | https://www.youtube.com/shorts/nHAFnH3xRl4 | veritasium | Veritasium | Could identical twins commit the perfect crime? | The DNA in twins is (almost) exactly the same.
So how could a team of forensic scientists tell which twin committed the crime?
There is a way but it has some issues... | false | ok | youtube-captions | Could identical twins get away with murder? Identical twins have the same DNA. So, if one of them commits a murder, which one goes to prison? [music] When police run a standard DNA test at a crime scene and it matches two twins, they're stuck. [music] And this has literally happened. In Germany, two twin brothers were ... | [
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"text": "Could identical twins get away with",
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"text": "murder?",
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"text": "Identical twins have the same DNA. So,",
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"text": "if one of them commits a murd... | en | true | 20260818 | 68 | 773,094 | 25,526 | [
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_1G8nrmBKeY | https://www.youtube.com/shorts/_1G8nrmBKeY | veritasium | Veritasium | How do submarines know where they are? | How does a submarine find its way 600m deep in the ocean?
Surfacing is obviously the easiest way but not when you want to stay hidden.
So how do a crew balance concealment and pathfinding? | false | ok | youtube-captions | Here's a question. How do submarines know where they are? I mean, near the surface they can just stick out an antenna above the water to use GPS, but if the antenna is even a couple of centimeters below the surface, the GPS will stop working because it uses radio waves that are easily absorbed by seawater. So, as an al... | [
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"text": "Here's a question. How do submarines",
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3HQkVfZ4DNY | https://www.youtube.com/shorts/3HQkVfZ4DNY | veritasium | Veritasium | The World's Heaviest Weight | How do you measure big forces accurately?
By calibrating your force transducer on the world's biggest weight - 1,000,000 pounds of force.
This machine ensures planes don't break apart, jets provide required thrust, and rockets make it to their destination. | false | ok | youtube-captions | This piece right here is approximately 50,036.27 lbs of mass. >> Approximately. >> Approximately, yeah. There are 20 50 50,000 lb increments in this machine. 20 * 50 = 1 million lbs. Cumulatively, that's 4.45 MN. These are the largest mass objects ever calibrated. >> The machine works like this. Below ground are the 20... | [
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2_VB-oc_pmk | https://www.youtube.com/shorts/2_VB-oc_pmk | veritasium | Veritasium | The Most Controversial Thought Experiment In Physics | Put a cat in a box with a radioactive atom. Add a radiation detector that triggers the release of poisonous cyanide gas.
Schrödinger's thought experiment was supposed to be a criticism of quantum mechanics and is now one of it's best explainers.
Here's why and what happens to the cat... | false | ok | youtube-captions | Put a cat in a box with a radioactive atom. Add a radiation detector that triggers the release of poisonous cyanide gas. Now, although it was only meant as a thought experiment, Schrödinger helpfully notes this device must be secured against direct interference by the cat. Anyway, the whole point of the experiment is t... | [
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"text": "cyan... | en | true | 20260721 | 102 | 1,365,974 | 49,760 | [
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RmHcX5oVzvs | https://www.youtube.com/shorts/RmHcX5oVzvs | veritasium | Veritasium | Why Waves Travel Faster At The Top | Why do objects travel with waves?
We're taught waves only transfer energy, not material, but objects wash ashore all the time.
How does this work?
#veritasium #science #physics | false | ok | youtube-captions | There are lots of wave pools in the world, but what makes this one different is control. You can create waves of a specific amplitude and frequency and do so repeatedly. >> Can we try a 1 hertz? >> Yeah. Do me a favor and dial up 1 hertz. >> Amplitude will be 0.078 at 1 hertz. >> All right, go ahead and send it from ze... | [
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kP7l1agsTzQ | https://www.youtube.com/shorts/kP7l1agsTzQ | veritasium | Veritasium | The Google Interview Question Everyone Gets Wrong | The blender problem. Do you think you know the answer? Comment below! | false | ok | youtube-captions | There is this famous Google interview question that everyone gets wrong. You're shrunk down to the size of a nickel and put into a blender. The blades will start spinning in 60 seconds. So, what do you do? >> I would like to think I could duck down and miss the blades. >> Push the button. >> Ask nicely for the blender ... | [
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"text": "question that everyone gets wrong.",
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"text": "nickel an... | en | true | 20260713 | 60 | 10,321,627 | 208,173 | [
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h1YeIE0vEIs | https://www.youtube.com/shorts/h1YeIE0vEIs | veritasium | Veritasium | How does light 'know' the shortest path? | Light is the fastest thing in the universe.
In order to be this fast it always needs to take the shortest path (as it's speed cannot change).
So how does it always know what the shortest path is? | false | ok | groq-whisper-large-v3-turbo | This is one of the craziest thought experiments in all of physics. Say you're at the beach, when all of a sudden you see your friend struggling out in the water. You want to go help him as quickly as possible, so which path should you take to get there? Well, the shortest path is a straight line, so you could head dire... | [
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Xhl5TzKZbpw | https://www.youtube.com/shorts/Xhl5TzKZbpw | veritasium | Veritasium | AD - Why are plants colder than their surroundings? | Plants can stay cooler than the air around them, even in full sun. How is that possible? We partnered with Anker to find out…
Pick up your Anker Prime Charger here:
https://ankerfast.club/noagy5
#AnkerTech #Anker #AnkerPrime | true | ok | groq-whisper-large-v3-turbo | This is just a plant. But if you point a thermal camera at it, you'll notice something weird. It's about 5 degrees Celsius colder than everything else around it, which is weird because it's sitting in the same hot sun and the same hot air. So you'd expect it to warm up and reach the same temperature. So what is going o... | [
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dquI8khH1Zk | https://www.youtube.com/shorts/dquI8khH1Zk | veritasium | Veritasium | AD - Why do I get this spark when I unplug my hair dryer? | Why does a charger sometimes spark when you unplug it, even when it's switched off at the wall? We partnered with Anker to find out…
Pick up your Anker Prime Charger here:
https://ankerfast.club/noagy5
#AnkerTech #Anker #AnkerPrime | true | ok | groq-whisper-large-v3-turbo | Have you ever noticed if you unplug an appliance while it's running like this hairdryer then you get a spark? To make a one centimeter spark in air requires 10,000 volts but mains voltage is only around 120 to 240 volts. So where is that extra voltage coming from? Thanks to Anker for sponsoring this video. When the hai... | [
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uPGBcVCrdg8 | https://www.youtube.com/shorts/uPGBcVCrdg8 | veritasium | Veritasium | Why do these metronomes sync up? | Watch what happens when you start a metronome ticking on an unstable platform, out of sync with two others.
Slowly over time, they all sync up.
How does this happen? | false | ok | groq-whisper-large-v3-turbo | You may have seen this demo where you put several metronomes on a light wobbly platform and start them out of sync. These metronomes don't have exactly the same natural frequency, and yet they still beat in time. To understand how this works, it's easiest to first consider a couple metronomes oscillating in sync with e... | [
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RxIsjweAAdE | https://www.youtube.com/shorts/RxIsjweAAdE | veritasium | Veritasium | This tiny magnetic blob could change how we treat brain tumors forever... | Scientists have developed a new way to provide treatment for brain tumours.
Currently we use chemotherapy, but that's like throwing a grenade at a mosquito, you end up damaging a lot more than you mean to.
This magnetic blob will help change that.
References:
Microrobots: https://www.science.org/stoken/author-tokens... | false | ok | groq-whisper-large-v3-turbo | This magnetic blob might one day save your life. Why? Because doctors right now are struggling to treat brain tumors. They can use chemotherapy, but it's like using a grenade to kill a mosquito. That's why researchers at ETH Zurich have developed this. It's a little gelatin blob that's wrapped in an iron oxide coating,... | [
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2_Z7FB3vfFg | https://www.youtube.com/shorts/2_Z7FB3vfFg | veritasium | Veritasium | Zippers are stronger than you think... | How do zippers work?
We made a giant one to find out! | false | ok | groq-whisper-large-v3-turbo | Aaaaah! See how strong this really is? We're gonna try and pull it apart. Doesn't seem easy. Yeah, I know. It's not breaking. Zippers are surprisingly tough. See, back in the 1910s, the inventor of the zipper, Gideon Sunback, created this ingenious machine for manufacturing the zipper. It takes Y-shaped metal wire as a... | [
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AUmHqD0lGHo | https://www.youtube.com/shorts/AUmHqD0lGHo | veritasium | Veritasium | How A Random System Can Actually Be Predictable | The balls in a Galton board fall down randomly. Any time they come to a junction they can take any number of paths and it's almost impossible to accurately predict every ball's trajectory.
However, the system as a whole is predictable.
How can this be? How can random systems actually be predictable? | false | ok | groq-whisper-large-v3-turbo | This is a Galton board. It's got rows of pegs arranged in a triangle and around 6,000 tiny ball bearings that I can pour through the pegs. Now each time a ball hits a peg there's a 50-50 chance it goes to the left or the right. So each ball follows a random walk as it passes through these pegs, which makes it basically... | [
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b_SZC8oIsBw | https://www.youtube.com/shorts/b_SZC8oIsBw | veritasium | Veritasium | AD - How do cities control traffic? We partnered with Anker to find out… | How does a traffic light know when a car is there?
Pick up your Anker Prime Charger here:
https://ankerfast.club/noagy5
#AnkerTech #Anker #AnkerPrime | true | ok | groq-whisper-large-v3-turbo | Did you know the first traffic light involved a police officer manually pulling a lever to rotate panes of red and green glass in front of a gas lamp? It only lasted a month before it exploded. The solution to this problem, it turns out, is surprisingly similar to how today's video sponsor, Anchor, solved a major issue... | [
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OgFf_J1CP0g | https://www.youtube.com/shorts/OgFf_J1CP0g | veritasium | Veritasium | How An Infinite Hotel Ran Out Of Room | If there's a hotel with infinite rooms, could it ever be completely full?
Could you run out of space to put everyone?
The surprising answer is yes -- this is important to know if you're the manager of the Hilbert Hotel. | false | ok | groq-whisper-large-v3-turbo | Imagine there's a hotel with infinite rooms. They're numbered one, two, three, four, and so on forever. This is the Hilbert Hotel and you are the manager. Now, it might seem like you could accommodate anyone who ever shows up, but there is a limit, a way to exceed even the infinity of rooms at the Hilbert Hotel. To sta... | [
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"text": "and so on forever.",
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fF32B_sOVHA | https://www.youtube.com/shorts/fF32B_sOVHA | veritasium | Veritasium | Can you solve the hat riddle? | You and 3 amigos are buried neck deep in sand in a prison yard.
The guard says if one of you can guess your own hat colour you can all go free. You know there are two black hats and two white hats and you can only see the hats of the people in front of you.
A minute passes in silence and then one of you shouts out a ... | false | ok | groq-whisper-large-v3-turbo | Here's the problem. You and three amigos are buried neck deep in sand in a prison yard facing a life sentence. The guards offer you a deal. Guess your hat color and you all go free. There are two black hats and two white hats. Three of you are in a line facing a wall and the fourth is on the other side of the wall. Eac... | [
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Xr2yp8JA9LU | https://www.youtube.com/shorts/Xr2yp8JA9LU | veritasium | Veritasium | How many batteries would it take to power a human? | AD How many batteries would it take to power a human? We partnered with @AnkerOfficial to find out...
Pick up your Anker Prime power bank here: https://ankerfast.club/noagy5
#AnkerTech #Anker #AnkerPrime #Veritasium #Tech | false | ok | groq-whisper-large-v3-turbo | How many batteries would it take to power a human for an hour? Now, a normal AA battery like this has about 2.9 watt hours worth of energy. That's enough energy to keep a worker end going for nearly two years. For a buzzing bee which is just flying around and has to fight against gravity, it can last about four days. F... | [
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zXvygWE3Ess | https://www.youtube.com/shorts/zXvygWE3Ess | veritasium | Veritasium | How Alpha Particles Can Break Computer Chips | In the 1970s, Intel couldn't work out what was damaging the DRAM on their microchips.
The cause turned out to be the ceramic that the chip was encased in. It was secretly flipping 1s to 0s.
But how? | false | ok | groq-whisper-large-v3-turbo | In 1978, Intel reported some strange errors popping up in their 16 kilobit dynamic random access memory, or DRAM. Ones would spontaneously flip to zeros with no apparent cause. The problem turned out to be the ceramic packaging the chip was encased in. With the demand for semiconductor packaging skyrocketing in the 197... | [
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7F4pY8Td9QQ | https://www.youtube.com/shorts/7F4pY8Td9QQ | veritasium | Veritasium | The Surprising Genius Of Sewing Machines | How does a sewing machine work?
The answer is more genius than you might think. | false | ok | groq-whisper-large-v3-turbo | As the needle lowers, the hook grabs the thread. The rotating hook spins around, the first loop is released, and then the hook grabs the second loop. The looper was held by pieces of metal, tightly enough that it didn't fall out, but with enough of a gap for the thread to pass through all the way around. That same shap... | [
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iRach9lpIlg | https://www.youtube.com/shorts/iRach9lpIlg | veritasium | Veritasium | Wombats Poop Cubes | Wombat feces are surprisingly... cube shaped.
They are the only known animal to produce this kind of poop leading scientists to work out this strange phenomenon. | false | ok | groq-whisper-large-v3-turbo | Why do wombats make cubic poops? At first we thought it was because they stack so well. Without the round sides, they won't roll away. That makes it a lot easier to mark your territory. But there are plenty of other scent marking animals that poop, but none of them make it quite so angular. So then researchers thought ... | [
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MVFd0qFB9TE | https://www.youtube.com/shorts/MVFd0qFB9TE | veritasium | Veritasium | Why don't trains make *that* sound anymore? | If you've been on a modern train you won't have noticed that classic "clickety-clack" sound anymore. This is because train tracks are now one continuous piece of rail without gaps.
But one long piece of metal without room to expand when hot is dangerous.
Thus, engineers had to come up with an ingenious solution invo... | false | ok | groq-whisper-large-v3-turbo | Why is it so important that the stones on a rail track are jagged? In the past, train tracks used to have gaps in between them. The gaps let the steel tracks expand and contract with temperature. And wheels hitting those gaps made that ta-tok, ta-tok, ta-tok sound. But those gaps also slowed the trains down. So today's... | [
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h2KFNdLqAiU | https://www.youtube.com/shorts/h2KFNdLqAiU | veritasium | Veritasium | The Most Radioactive Place On Earth | Where comes to mind when you think of radioactivity?
Chernobyl? Hiroshima? A banana?
The most radioactive place isn't actually where you think... | false | ok | groq-whisper-large-v3-turbo | If you had to guess the most radioactive place on earth, where would you pick? Let's use this banana for scale, because bananas are high in potassium, and around 0.001% of potassium atoms are naturally radioactive. Which means every time you eat a banana, you're ingesting around 50 micrograms of radioactive material. N... | [
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{
"text": "and around 0.001% of ... | en | true | 20260419 | 92 | 8,860,362 | 366,170 | [
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2GUah9xHVto | https://www.youtube.com/shorts/2GUah9xHVto | veritasium | Veritasium | Can something go faster than it’s pushed? | A UCLA Physics Professor bet Derek $10,000 that his video about going downwind faster than the wind was wrong.
Here's a demonstration you can do at home to see why something can move faster than the force pushing it. | false | ok | groq-whisper-large-v3-turbo | You don't actually need aerodynamics. Here I have a little cart with a big wheel that rolls on two smaller spools. And what I'm going to show is that when you have two media moving relative to one another, well then if this car is in contact with both media, it can actually move faster than their relative velocity. So ... | [
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BU5HwNyE4mk | https://www.youtube.com/shorts/BU5HwNyE4mk | veritasium | Veritasium | The Bizarre Behaviour Of Rotating Bodies | What you are looking at is known as the Dzhanibekov effect or the tennis racket theorem or the intermediate axis theorem.
It involves arguably the best mathematician alive, Soviet era secrets, and the end of the world.
So in 1985, cosmonaut Vladimir Dzhanibekov was tasked with saving the Soviet space station Salyut 7... | false | ok | groq-whisper-large-v3-turbo | What you are looking at is known as the Janabekov effect, or the tennis racket theorem, or the intermediate axis theorem. Now you may have seen clips like this one before, but in this video I will provide the best intuitive explanation of how this effect works. So in 1985, cosmonaut Vladimir Janabekov was tasked with s... | [
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"text": "What you are looking at is known as the Janabekov effect, or the tennis racket theorem, or the",
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{
"text": "intermediate axis theorem. Now you may have seen clips like this one before, but in this video I",
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zP5uhMpH4mE | https://www.youtube.com/shorts/zP5uhMpH4mE | veritasium | Veritasium | How Pressure Can Come From *Nothing* | If you went to the emptiest part of the universe and took 2 uncharged objects with you, something really strange happens...
They snap together almost by magic!
This is called the Casimir Effect and the explanation is still an ongoing debate in physics! | false | ok | groq-whisper-large-v3-turbo | If you flew out to the darkest, emptiest part of the universe and brought these two uncharged mirrors very closely together, something really strange would happen. I mean, there's no air repelling them and there are no electric or magnetic forces. Okay, there is a tiny amount of gravitational attraction, but it's so sm... | [
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"text": "uncharged mirrors very closely together, something really strange would happen.",
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"text": "I mea... | en | true | 20260324 | 75 | 5,832,185 | 165,665 | [
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R8oiho_gKSo | https://www.youtube.com/shorts/R8oiho_gKSo | veritasium | Veritasium | The Shadow Illusion | Cut any shape hole into a piece of cardboard and hold it up to the sunlight.
When sunlight shines through this hole, it casts a circular image on the wall regardless of the shape of the hole.
Why does this happen?
The size of the hole also doesn't affect the size of the image.
This counterintuitive demonstration s... | false | ok | groq-whisper-large-v3-turbo | Watch what happens if I slowly lift up the cardboard. The square starts to blur and the light slowly morphs into this perfect circle. And you can try this with any shape. A triangular hole, you still get a circle. A star-shaped hole, still a circle. Even this V-shape. So why do all of these different shapes give you a ... | [
{
"text": "Watch what happens if I slowly lift up the cardboard.",
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{
"text": "The square starts to blur and the light slowly morphs into this perfect circle.",
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"text": "And you can try this with any shape.",
... | en | true | 20260312 | 58 | 4,006,792 | 128,328 | [
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DJ_5_JS9_Rs | https://www.youtube.com/shorts/DJ_5_JS9_Rs | veritasium | Veritasium | You Can't Feel Wet | Put on a glove and dip your hand into icy water. You'll notice it still feels wet?
But the glove is waterproof, how does this work?
That's because wet isn't a feeling, we use other sensory information to feel water... | false | ok | groq-whisper-large-v3-turbo | Try this. Put on a latex glove and then put your hand into ice-cold water. You'll notice it still feels wet. But that's strange because the glove is impermeable to water, but it still feels wet. That's because we actually don't have a way to directly measure wetness. Instead, we use temperature changes as a proxy. And ... | [
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"text": "Try this. Put on a latex glove and then put your hand into ice-cold water.",
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qtPPfM7Tz1o | https://www.youtube.com/shorts/qtPPfM7Tz1o | veritasium | Veritasium | The Crazy Physics of Jet Engines | This is one of the most powerful jet engines in the world, and it runs at temperatures more than 250 degrees celsius hotter than the melting point of the materials that make it up.
So why doesn't it melt? | false | ok | groq-whisper-large-v3-turbo | This is one of the most powerful jet engines in the world. And it actually runs at temperatures 250 degrees Celsius hotter than the melting point of the materials that make it up. That's 1,200 degrees. So the question is, why doesn't a jet engine just melt into a puddle? To keep a turbine blade whole and unaffected wit... | [
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"text": "than the melting point of the materials that make it up.",
... | en | true | 20260222 | 174 | 3,480,702 | 85,827 | [
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Bl0WZvAeDik | https://www.youtube.com/shorts/Bl0WZvAeDik | veritasium | Veritasium | Rubber used to be useless… | The strange natural material that reshaped the world.
Watch the full video here: https://youtu.be/AFXLZ7FEJc4?si=OaiAz42CzKGSPOYh
Written by Sulli Yost and @casper_mebius
Produced and Directed by Sulli Yost
Hosted by Derek Muller and @henry.vandyck
#science #veritasium #physics #engineering #experiment | false | ok | groq-whisper-large-v3-turbo | See, all natural rubber has a critical weakness. It's extremely sensitive to temperature changes. It melts when it gets too hot, and it freezes and becomes brittle when it gets too cold. This made the coats and shoes practically useless during the hot summer. So customers returned their items en masse. Then things went... | [
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Bt3boxwRF84 | https://www.youtube.com/shorts/Bt3boxwRF84 | veritasium | Veritasium | World’s Largest Spiderweb | This is the world's largest spiderweb.
Entirely underground, it's home to an entire ecosystem.
But how does it work? | false | ok | groq-whisper-large-v3-turbo | If the sun were to disappear tomorrow, these cave spiders could go on living for thousands of years. Completely in the dark. If you go right to the border of Greece and Albania, you head down this dark cave, and then you wade through chest-high water for about 50 meters, you find something really strange. This thick, s... | [
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w2TLv30F6UU | https://www.youtube.com/shorts/w2TLv30F6UU | veritasium | Veritasium | How They Prevented The Citicorp Disaster | The Citicorp centre once had a 67% chance of falling over!
Repairs were beyond necessary but William LeMessurier and his team had to construct supports secretly at night so as not to cause panic. | false | ok | groq-whisper-large-v3-turbo | LeMessure acquired emergency generators for the tuned mass damper. The TMD was originally designed to stabilize any swaying for comfort, but now it became the crutch that the tower leaned on. Each night, welders would enter the building after everyone left, rip off the sheetrock around the chevron beams, and then weld ... | [
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itSkBESLZeY | https://www.youtube.com/shorts/itSkBESLZeY | veritasium | Veritasium | What happens if you cut the green rope? | The problem seems simple but the answer isn't...
How an unlikely physics paradox controls these counterintuitive structures. | false | ok | groq-whisper-large-v3-turbo | What will happen to this weight if you cut the green rope? Where is this going to end up? Is it going to go up? Is it going to go down? Or is it going to stay the same? Can I touch? Yeah, you can try it. Nothing. You don't think anything is going to happen? In the same place. Weight is going to be right over there. Lik... | [
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{
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fkxoaD47-Vo | https://www.youtube.com/shorts/fkxoaD47-Vo | veritasium | Veritasium | You're Only 6 Steps Away From Anyone On Earth | The small world problem.
How can we be connected in 6 steps if most of us spend our lives in small clusters? | false | ok | groq-whisper-large-v3-turbo | Imagine all 8 billion people on Earth are arranged into a circle, and say each person knows the 100 people closest to them, so 50 to the left and 50 to the right. Well in this case, the furthest person you can connect to is just 50 people away. So if you wanted to connect to someone on the other side of the planet thro... | [
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nMqWWO6p7-c | https://www.youtube.com/shorts/nMqWWO6p7-c | veritasium | Veritasium | What is this strange pattern down the east coast of America? | There is this strange pattern of bodies of water all down the east coast of America and most of them point northwest.
They're called Carolina Bays as they're found predominantly in the Carolina states, and they're home to some crazy wildlife.
But how did they form? | false | ok | groq-whisper-large-v3-turbo | There's this really weird pattern down the east coast of America. 23,000 oval-shaped depressions that reach from New Jersey all the way down to Florida. And most of them point this way, northwest. They're called Carolina Bays because most of them are found in the Carolinas. Kinda looks as if the Earth has been shot up ... | [
{
"text": "There's this really weird pattern down the east coast of America.",
"start": 0,
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{
"text": "23,000 oval-shaped depressions that reach from New Jersey all the way down to Florida.",
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},
{
"text": "And most of them point t... | en | true | 20251211 | 124 | 1,370,508 | 46,670 | [
"Education"
] | [
"veritasium",
"science",
"physics",
"biology",
"ice age",
"rambo",
"venus fly trap",
"carolina bays",
"carolina bays impact",
"carolina",
"north carolina",
"south carolina",
"wildlife",
"nature",
"meteor",
"crater",
"alien"
] | public |
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