Sometimes a discovery doesn't happen in the field — it happens decades later, in a drawer.
In the 1980s, an Antarctic expedition recovered a fossil and recorded it simply as "vertebra of a large reptile" in a field notebook. That single line was all anyone knew about it for the next 40 years.
It wasn't until paleontologist Dr. Mark Evans revisited old research and notes that the fossil was properly identified — as the first dinosaur bone ever found in Antarctica. Its distinctive shape points to a Titanosaur, the largest dinosaur to ever walk the Earth.
The bone had been sitting in a collection the entire time. What changed wasn't the fossil — it was someone finally looking at it with the right knowledge asking the right questions.
Okay, ChatGPT can't cure COVID, but using AI to develop vaccines has shown promising results.
Even though COVID vaccines ultimately saved lives, many were lost in the early days of the disease because scientists couldn’t develop the vaccine faster than the virus spread, and they had to update it when the virus mutated. Now, a team at the University of Cambridge has a way to get ahead of things.
They took the genetic blueprint of multiple coronaviruses related to the one that caused COVID-19 (think: the guest list to the worst family reunion ever) and are using artificial intelligence to work on a vaccine that would protect against a range of the viruses. It’s the first time a vaccine’s key component has been designed by AI and tested on people, but the trial’s work could open up a world of possibilities. Success would signify that we can use an AI antigen that’s safe and, importantly, can represent a whole group of viruses. That would mean we could move away from chasing a particular infection when it happens and towards preventing a whole family of viruses.
It’s too soon to know for sure, but scientists are hopeful that this technology can be implemented to replace the flu vaccine, prepare for bird flu, or protect against hemorrhagic fevers like Ebola.
The Major Oak has finally fallen. Figuratively. The famous tree still technically stands, but has been pronounced dead after a long life of as many as 1,200 years. The massive oak tree was well-known for being central to Robin Hood folklore, but it also stood out with its formidable trunk circumference of 11 meters, or 33 feet. That’s big enough for a large African elephant to hula hoop with.
The huge tree still stands tall, looking majestic with its craggly branches and massive reach, but it’s been in decline for years. This year is the first that it hasn’t put any leaves out, so experts deemed it deceased.
While it was certainly old, its demise was likely quickened by climate change, heat waves, and damage to the surrounding soil from people coming to admire the tree. Admirers may have meant well, but decades of foot traffic compacted the soil around the tree's roots, making it harder for the tree to absorb the water, nutrients, and minerals it needed.
It may not produce lush, green leaves anymore, but fans can still pay homage to The Major Oak. It will remain in its spot to decompose (which could take more than 100 years), and the legacy of the tree lives on in the form of saplings that have been grown from acorns and cuttings.
“Flush with cash” might need to turn into “flush that cash” if fake money keeps popping up! Counterfeit cash used to be a problem for mostly shops and retailers, but there’s been a recent rise in fake cash popping up in the home! That doesn’t mean that more of your neighborhood pals have decided to print their own money, or that fake bills are appearing out of thin air, but enough of it is in circulation that everyday people are going to make a purchase or deposit money with counterfeit cash, very possibly by accident.
In 2024, there were 99,000 fake notes in circulation. Last year, that doubled to 200,000, partly because of a rise in organized crime. While the fake bills make their way between hands and households and businesses, people become increasingly reliant on electronic methods of payment (like cards and Venmo), so they fall a bit out of practice of knowing what physical, paper money looks and feels like.
Unfortunately, it’s not always the people making counterfeit bills that are punished. Shops and retailers are hurting, and customers go into banks and post offices to deposit money that can’t be accepted because it ends up being fake.
Every student, everywhere, knows the feeling: walking out of a big exam with no idea if you did well or completely bombed it. This year, that feeling hit an entire country at once.
In the UK, this year's math exams were unusually tough — tough enough that students flooded social media with one shared message: "that test kicked my butt." And it wasn't about skipping study time or being dramatic. Many said the exam's structure meant you could know the material and still not be able to show it.
Here's why: the questions were worded differently than in past years. If a student got stuck on the first part of a question, they couldn't move on to the rest — like having the perfect ice cream sundae recipe, but the ice cream and toppings are locked in a vault guarded by a saber-toothed parabola.
Not everyone agreed the test was actually harder. Some math experts said the calculations themselves were standard, and students should have been able to solve them. So who's right?
It's not really a students vs. experts argument. When exam boards set the grades for a test like this, they review a wide range of evidence to make sure students end up with fair results — not just the raw difficulty of the questions. The organization that oversees UK exams also said it will keep a close eye on this one going forward.
It’s officially the “Beijing International Automotive Exhibition,” but its friends call it “Auto China,” and it’s now the largest car show in the world. Nearly 1000 companies flock to the exhibits taking up more than 380,000 square meters, or over 50 football fields! Or 1,246,719 feet and 50 soccer fields, if you’re from America! Or 9,329,989 beep-boop-zoinks and 50 astro-space-ball fields if you’re a Martian from outer space! Any way you spin it, this car show is a big deal, and there were two standout trends.
The first was electric vehicles. There’s always been an issue with charging, as makers have tried to maximize how far cars can travel on single charge while minimizing how long that charge takes. Now, a company called BYD claims to have an ultra-fast charging system that can provide 400 km of range with only 5 minutes of charging. What’s more, it’s designed to operate under extreme weather conditions. Since batteries are usually sensitive to high or low temperatures, addressing this is a major step in making electric vehicles as reliable as gas cars.
The other big topic was also fully autonomous, or self-driving cars. The company Geely developed a self-driving car built specifically for ride-hailing, so there’s no steering wheel or driver’s seat. That means you can pick your nose without fear of the driver judging you! Xpeng’s driverless car uses a combination of lasers, radar, and cameras to build a real time picture of the road, but we hope it works just as well in the clouds, because they may be extending this technology into flying cars as early as next year. It’s a bird! It’s a plane! No, it’s just my Uber! That’s one way to beat traffic.
Chemotherapy works. It also takes a serious toll — on energy, on the immune system, on everyday quality of life. For decades, that trade-off has been treated as unavoidable. A new drug being used to treat ovarian cancer suggests it might not have to be.
The treatment works by attaching a chemotherapy drug to an antibody — a protein the body uses naturally to identify and target specific cells. When the drug enters the body, the antibodies seek out cancer cells specifically, binding to them and leaving healthy tissue alone. Once inside the cancer cell, the antibody breaks down and releases the chemotherapy drug, destroying the cancer from within. The rest of the body barely notices.
For patients like Patricia Hill, the difference has been significant. After multiple rounds of conventional chemotherapy in the 3 years since her ovarian cancer diagnosis, she describes finally feeling well enough to socialize and enjoy daily life again. That shift — from surviving treatment to actually living alongside it — is what researchers have spent decades working toward.
The drug is still being studied, but early results point in two directions that matter: better quality of life during treatment, and the possibility of longer survival afterward. Those two things don't always come together in cancer research. When they do, it tends to mean something genuinely new is happening.
Deserts look empty. They are anything but.
From the sun-scorched dunes of the Sahara to the scrubby plains of Australia, desert animals have cracked one of nature's toughest puzzles: how to survive where water is scarce, temperatures are brutal, and food is hard to find. In this playlist, you'll meet the remarkable species that call these landscapes home — from the iconic camel and the lightning-fast hawk to the bounding kangaroo and the armored pangolin.
Each clip, drawn from landmark BBC series including Seven Worlds, One Planet and Planet Earth II, puts you face-to-face with real desert survival in action. Some animals store water and energy for enormous journeys across open terrain. Others hunt by night, move in short bursts, or use camouflage so good they practically disappear. Every strategy is different. Every one is extraordinary.
As you watch, think bigger: How do animals adapt to temperatures that would stop most creatures in their tracks? What physical traits make desert life not just possible, but thriving? And how do these species — predator and prey, reptile and mammal — depend on each other to keep desert ecosystems in balance?
This playlist won't just teach you about deserts. It will make you see them differently.
Football is thousands of years old, but who says there's no room for a little new technology? And there's no better place to explore the advancements in football tech than FIFA’s global headquarters in Zurich, where the research team has been paying special attention to the MVP of every match: the football itself.
Meet the Trionda ball. It may look like a standard football, until you open it up to reveal a sensor inside the ball. It’s synced to a computer, and tracks the ball’s behavior on a graph that shows when contact is made with the ball — light touches are small peaks, hard hits are big spikes. This will make it easier to see if a player has actually touched the ball, which is sometimes hard to determine with the naked eye.
For those who are always squinting to watch those teeny tiny players on that giant field, FIFA is also introducing a ref cam. The head-mounted technology lets broadcasters record first-person footage, so spectators can see the game from the referee’s point of view. This means they can get an on-field perspective of the action, even if means an up-close look of players getting mad at the refs! Nothing more authentic than that!
Are you watching the 2026 World Cup?! We hope so, because it’s a big one. The biggest one, actually. It’s the first with three countries co-hosting (Canada, the U.S., and Mexico), and it’s been expanded to 48 teams (from 32).
But the size of the tournament isn’t where the differences end, not by a long shot! This year, the World Cup is also introducing new rules, like a possible red card for players covering their mouths! If you gasped and covered your own mouth, don’t worry. First because you’re probably not playing in the World Cup (yet), but also because this penalty is only given to players who are being confrontational.
Other additions include the VAR (Video Assistant Referee) getting the power to check second yellow cards and corners, a 5-second countdown on goal kicks and throw-ins, and a rule that players being subbed will have just 10 seconds to leave the pitch. No time for dilly dallying, we’ve got 16 more teams to watch this year!
Ever wanted to hop onto a fluffy cloud? Catch a falling star? Bottle sunshine? Well, you can’t. But what you can do is hold some of the Moon in your hand… if you’re one of the few qualified scientists who are researching new lunar material. Sharing is caring, but these researchers have a great reason for being very precious with moon dust.
Moon dust is some of the rarest material on the planet and, for the first time, China has shared its samples of moon dust internationally. These samples have now racked up some serious frequent flyer miles, traveling across the globe after being taken all the way from the Moon. Talk about jet lag. Until now, scientists have been using samples collected decades ago. It wasn’t until 2020 that China’s spacecraft went to an unexplored spot of the Moon, then returned with 2 kilograms of moon rock. This dust is now being studied, and researchers are working carefully (VERY carefully) to uncover the evidence it has to offer about our universe’s environmental history.
Scientists have found some very old ice. No, it’s not bag of frozen peas that have been in your freezer for three years (which means someone’s not eating their vegetables). It’s actually cores of Antarctic ice, the oldest that have ever been collected, that go back over a million years.
Researchers are keeping almost 200 pieces of meter-long ice cores that were drilled from a depth of almost 3 km over the course of four years. After careful preservation, the ice now needs to be melted in order to reveal the rich environmental history that the ice has to offer. When melted carefully and incredibly slowly, scientists can see how the Earth changed over time, including variations in temperature, snowfall, and wind, because the tiny bubbles give a snapshot of carbon dioxide levels.
Studying this old ice will help scientists understand our environment today. For example, the concentration of greenhouse gasses we see today is higher than they have been in the past 800,000 years. To understand how the climate might change in the future, we need to learn about how it’s changed in the past.
Sometimes a discovery doesn't happen in the field — it happens decades later, in a drawer.
In the 1980s, an Antarctic expedition recovered a fossil and recorded it simply as "vertebra of a large reptile" in a field notebook. That single line was all anyone knew about it for the next 40 years.
It wasn't until paleontologist Dr. Mark Evans revisited old research and notes that the fossil was properly identified — as the first dinosaur bone ever found in Antarctica. Its distinctive shape points to a Titanosaur, the largest dinosaur to ever walk the Earth.
The bone had been sitting in a collection the entire time. What changed wasn't the fossil — it was someone finally looking at it with the right knowledge asking the right questions.
Okay, ChatGPT can't cure COVID, but using AI to develop vaccines has shown promising results.
Even though COVID vaccines ultimately saved lives, many were lost in the early days of the disease because scientists couldn’t develop the vaccine faster than the virus spread, and they had to update it when the virus mutated. Now, a team at the University of Cambridge has a way to get ahead of things.
They took the genetic blueprint of multiple coronaviruses related to the one that caused COVID-19 (think: the guest list to the worst family reunion ever) and are using artificial intelligence to work on a vaccine that would protect against a range of the viruses. It’s the first time a vaccine’s key component has been designed by AI and tested on people, but the trial’s work could open up a world of possibilities. Success would signify that we can use an AI antigen that’s safe and, importantly, can represent a whole group of viruses. That would mean we could move away from chasing a particular infection when it happens and towards preventing a whole family of viruses.
It’s too soon to know for sure, but scientists are hopeful that this technology can be implemented to replace the flu vaccine, prepare for bird flu, or protect against hemorrhagic fevers like Ebola.
The Major Oak has finally fallen. Figuratively. The famous tree still technically stands, but has been pronounced dead after a long life of as many as 1,200 years. The massive oak tree was well-known for being central to Robin Hood folklore, but it also stood out with its formidable trunk circumference of 11 meters, or 33 feet. That’s big enough for a large African elephant to hula hoop with.
The huge tree still stands tall, looking majestic with its craggly branches and massive reach, but it’s been in decline for years. This year is the first that it hasn’t put any leaves out, so experts deemed it deceased.
While it was certainly old, its demise was likely quickened by climate change, heat waves, and damage to the surrounding soil from people coming to admire the tree. Admirers may have meant well, but decades of foot traffic compacted the soil around the tree's roots, making it harder for the tree to absorb the water, nutrients, and minerals it needed.
It may not produce lush, green leaves anymore, but fans can still pay homage to The Major Oak. It will remain in its spot to decompose (which could take more than 100 years), and the legacy of the tree lives on in the form of saplings that have been grown from acorns and cuttings.
“Flush with cash” might need to turn into “flush that cash” if fake money keeps popping up! Counterfeit cash used to be a problem for mostly shops and retailers, but there’s been a recent rise in fake cash popping up in the home! That doesn’t mean that more of your neighborhood pals have decided to print their own money, or that fake bills are appearing out of thin air, but enough of it is in circulation that everyday people are going to make a purchase or deposit money with counterfeit cash, very possibly by accident.
In 2024, there were 99,000 fake notes in circulation. Last year, that doubled to 200,000, partly because of a rise in organized crime. While the fake bills make their way between hands and households and businesses, people become increasingly reliant on electronic methods of payment (like cards and Venmo), so they fall a bit out of practice of knowing what physical, paper money looks and feels like.
Unfortunately, it’s not always the people making counterfeit bills that are punished. Shops and retailers are hurting, and customers go into banks and post offices to deposit money that can’t be accepted because it ends up being fake.
Every student, everywhere, knows the feeling: walking out of a big exam with no idea if you did well or completely bombed it. This year, that feeling hit an entire country at once.
In the UK, this year's math exams were unusually tough — tough enough that students flooded social media with one shared message: "that test kicked my butt." And it wasn't about skipping study time or being dramatic. Many said the exam's structure meant you could know the material and still not be able to show it.
Here's why: the questions were worded differently than in past years. If a student got stuck on the first part of a question, they couldn't move on to the rest — like having the perfect ice cream sundae recipe, but the ice cream and toppings are locked in a vault guarded by a saber-toothed parabola.
Not everyone agreed the test was actually harder. Some math experts said the calculations themselves were standard, and students should have been able to solve them. So who's right?
It's not really a students vs. experts argument. When exam boards set the grades for a test like this, they review a wide range of evidence to make sure students end up with fair results — not just the raw difficulty of the questions. The organization that oversees UK exams also said it will keep a close eye on this one going forward.
It’s officially the “Beijing International Automotive Exhibition,” but its friends call it “Auto China,” and it’s now the largest car show in the world. Nearly 1000 companies flock to the exhibits taking up more than 380,000 square meters, or over 50 football fields! Or 1,246,719 feet and 50 soccer fields, if you’re from America! Or 9,329,989 beep-boop-zoinks and 50 astro-space-ball fields if you’re a Martian from outer space! Any way you spin it, this car show is a big deal, and there were two standout trends.
The first was electric vehicles. There’s always been an issue with charging, as makers have tried to maximize how far cars can travel on single charge while minimizing how long that charge takes. Now, a company called BYD claims to have an ultra-fast charging system that can provide 400 km of range with only 5 minutes of charging. What’s more, it’s designed to operate under extreme weather conditions. Since batteries are usually sensitive to high or low temperatures, addressing this is a major step in making electric vehicles as reliable as gas cars.
The other big topic was also fully autonomous, or self-driving cars. The company Geely developed a self-driving car built specifically for ride-hailing, so there’s no steering wheel or driver’s seat. That means you can pick your nose without fear of the driver judging you! Xpeng’s driverless car uses a combination of lasers, radar, and cameras to build a real time picture of the road, but we hope it works just as well in the clouds, because they may be extending this technology into flying cars as early as next year. It’s a bird! It’s a plane! No, it’s just my Uber! That’s one way to beat traffic.
Chemotherapy works. It also takes a serious toll — on energy, on the immune system, on everyday quality of life. For decades, that trade-off has been treated as unavoidable. A new drug being used to treat ovarian cancer suggests it might not have to be.
The treatment works by attaching a chemotherapy drug to an antibody — a protein the body uses naturally to identify and target specific cells. When the drug enters the body, the antibodies seek out cancer cells specifically, binding to them and leaving healthy tissue alone. Once inside the cancer cell, the antibody breaks down and releases the chemotherapy drug, destroying the cancer from within. The rest of the body barely notices.
For patients like Patricia Hill, the difference has been significant. After multiple rounds of conventional chemotherapy in the 3 years since her ovarian cancer diagnosis, she describes finally feeling well enough to socialize and enjoy daily life again. That shift — from surviving treatment to actually living alongside it — is what researchers have spent decades working toward.
The drug is still being studied, but early results point in two directions that matter: better quality of life during treatment, and the possibility of longer survival afterward. Those two things don't always come together in cancer research. When they do, it tends to mean something genuinely new is happening.
Deserts look empty. They are anything but.
From the sun-scorched dunes of the Sahara to the scrubby plains of Australia, desert animals have cracked one of nature's toughest puzzles: how to survive where water is scarce, temperatures are brutal, and food is hard to find. In this playlist, you'll meet the remarkable species that call these landscapes home — from the iconic camel and the lightning-fast hawk to the bounding kangaroo and the armored pangolin.
Each clip, drawn from landmark BBC series including Seven Worlds, One Planet and Planet Earth II, puts you face-to-face with real desert survival in action. Some animals store water and energy for enormous journeys across open terrain. Others hunt by night, move in short bursts, or use camouflage so good they practically disappear. Every strategy is different. Every one is extraordinary.
As you watch, think bigger: How do animals adapt to temperatures that would stop most creatures in their tracks? What physical traits make desert life not just possible, but thriving? And how do these species — predator and prey, reptile and mammal — depend on each other to keep desert ecosystems in balance?
This playlist won't just teach you about deserts. It will make you see them differently.
Football is thousands of years old, but who says there's no room for a little new technology? And there's no better place to explore the advancements in football tech than FIFA’s global headquarters in Zurich, where the research team has been paying special attention to the MVP of every match: the football itself.
Meet the Trionda ball. It may look like a standard football, until you open it up to reveal a sensor inside the ball. It’s synced to a computer, and tracks the ball’s behavior on a graph that shows when contact is made with the ball — light touches are small peaks, hard hits are big spikes. This will make it easier to see if a player has actually touched the ball, which is sometimes hard to determine with the naked eye.
For those who are always squinting to watch those teeny tiny players on that giant field, FIFA is also introducing a ref cam. The head-mounted technology lets broadcasters record first-person footage, so spectators can see the game from the referee’s point of view. This means they can get an on-field perspective of the action, even if means an up-close look of players getting mad at the refs! Nothing more authentic than that!
Are you watching the 2026 World Cup?! We hope so, because it’s a big one. The biggest one, actually. It’s the first with three countries co-hosting (Canada, the U.S., and Mexico), and it’s been expanded to 48 teams (from 32).
But the size of the tournament isn’t where the differences end, not by a long shot! This year, the World Cup is also introducing new rules, like a possible red card for players covering their mouths! If you gasped and covered your own mouth, don’t worry. First because you’re probably not playing in the World Cup (yet), but also because this penalty is only given to players who are being confrontational.
Other additions include the VAR (Video Assistant Referee) getting the power to check second yellow cards and corners, a 5-second countdown on goal kicks and throw-ins, and a rule that players being subbed will have just 10 seconds to leave the pitch. No time for dilly dallying, we’ve got 16 more teams to watch this year!
Ever wanted to hop onto a fluffy cloud? Catch a falling star? Bottle sunshine? Well, you can’t. But what you can do is hold some of the Moon in your hand… if you’re one of the few qualified scientists who are researching new lunar material. Sharing is caring, but these researchers have a great reason for being very precious with moon dust.
Moon dust is some of the rarest material on the planet and, for the first time, China has shared its samples of moon dust internationally. These samples have now racked up some serious frequent flyer miles, traveling across the globe after being taken all the way from the Moon. Talk about jet lag. Until now, scientists have been using samples collected decades ago. It wasn’t until 2020 that China’s spacecraft went to an unexplored spot of the Moon, then returned with 2 kilograms of moon rock. This dust is now being studied, and researchers are working carefully (VERY carefully) to uncover the evidence it has to offer about our universe’s environmental history.
Scientists have found some very old ice. No, it’s not bag of frozen peas that have been in your freezer for three years (which means someone’s not eating their vegetables). It’s actually cores of Antarctic ice, the oldest that have ever been collected, that go back over a million years.
Researchers are keeping almost 200 pieces of meter-long ice cores that were drilled from a depth of almost 3 km over the course of four years. After careful preservation, the ice now needs to be melted in order to reveal the rich environmental history that the ice has to offer. When melted carefully and incredibly slowly, scientists can see how the Earth changed over time, including variations in temperature, snowfall, and wind, because the tiny bubbles give a snapshot of carbon dioxide levels.
Studying this old ice will help scientists understand our environment today. For example, the concentration of greenhouse gasses we see today is higher than they have been in the past 800,000 years. To understand how the climate might change in the future, we need to learn about how it’s changed in the past.