• 6 months ago
Did you know there are some totally wild accidental discoveries out there that you probably never heard of? First off, there's the Williams Enigma lith, a freaky rock found with an electrical connector that could be from an ancient civilization – talk about ancient tech! Then, scientists stumbled upon bioluminescent mammals, like glow-in-the-dark critters, totally changing what we thought about glow-ups. And who could forget the accidental discovery of Kellogg's Corn Flakes? Yep, those tasty breakfast flakes were actually a fluke invention from trying to make granola. It's crazy how some of the coolest stuff comes from the most unexpected places! #brightside

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Category

😹
Fun
Transcript
00:00 In 1968, a chemist named Spencer Silver was working for a company.
00:05 His task was to create a brand-new adhesive that was strong and powerful.
00:10 It should be much better than anything available at the time.
00:13 After lots of experimenting, Spencer ended up with an adhesive that stuck but was also
00:18 easy to remove.
00:20 At that point, he probably felt like he failed.
00:23 But little did he know that he was about to change the history of sticky notes forever.
00:28 He made the Post-It.
00:29 Cornflakes were created by accident too.
00:37 Dr. Kellogg experimented with various grains.
00:40 It's a bit murky when it comes to pinpointing the exact moment Kellogg's cornflakes were
00:45 invented.
00:46 Several family members and sanitarium employees claimed credit for the creation.
00:51 According to company history, in 1898, a batch of wheat-based cereal dough was accidentally
00:57 left out for an extended period.
00:59 This caused the dough to ferment.
01:01 It was then rolled out on thin sheets and baked.
01:04 The slightly moldy dough produced large thin flakes that were crispy and tasty.
01:10 Over time, corn was found to produce even crunchier flakes compared to wheat.
01:14 By 1909, Will's Company produced 120,000 cornflake boxes daily.
01:23 Some kitchen appliances were also created by chance.
01:27 Percy Spencer was an engineer working on radar equipment.
01:31 One ordinary day, when he was working, he happened to have a chocolate bar in his jacket
01:35 pocket.
01:36 At one point, it started melting.
01:39 That got him thinking, could it be the microwaves coming from the radar's magnetron that caused
01:44 this?
01:45 To test his theory, he took some corn kernels and, one by one, watched them burst.
01:50 In no time, Percy came up with the very first microwave oven, which was put on the market
01:56 in 1946.
01:57 It's amazing how a melted chocolate bar led to the invention of something that revolutionized
02:03 cooking.
02:04 In 1938, there was a chemist named Roy Plunkett.
02:08 He was trying to develop a new kind of refrigerant.
02:11 But something unexpected happened.
02:13 While messing around with some gas, he noted that it turned into a waxy solid substance.
02:19 That accident led to the creation of polytetrafluoroethylene, or what we now call Teflon.
02:26 We thank him for the cooking pans in our kitchens.
02:29 Yet this material is actually used in various industries.
02:31 I mean, it's even used as a protective coating on spacecraft.
02:38 Another huge discovery was made in 1921.
02:42 Two scientists managed to isolate insulin from the pancreas of a dog.
02:46 This marked a turning point in the treatment of diabetes.
02:49 This issue had been around for a very long time, over 3,000 years.
02:54 The earliest record we have is in a papyrus manuscript from 1,500 BCE.
03:00 Now let's go back to insulin and the pancreas.
03:03 In the 19th century, there was an experiment to remove the entire pancreas from a dog.
03:09 Such dogs developed severe diabetes, just like humans.
03:13 This was a surprise, because at the time, scientists thought the pancreas didn't have
03:17 much to do with diabetes.
03:19 Meanwhile, the world's first antibiotic also came about by pure accident.
03:25 In 1928, bacteriologist Alexander Fleming returned from a vacation.
03:30 He realized he forgot to clean one of the dishes he used in the lab.
03:34 He found mold growing on that forgotten dish.
03:38 It turned out that the mold had unintentionally contaminated the dish.
03:42 When the scientist looked closer, he noticed that the area surrounding the mold was completely
03:47 bacteria-free.
03:48 He named his finding "penicillin" after the fungus species Penicillium notatum.
03:54 Today, penicillin stands as the world's most commonly used antibiotic.
04:02 A pharmacist named John Walker was conducting chemical experiments when he accidentally
04:07 scraped a coated disc.
04:09 To his surprise, the stick burst into flames.
04:12 This sparked an idea in Walker, and in 1827, he began selling friction matches at his pharmacy.
04:20 Walker's matches were cardboard sticks coated in potassium chlorate and antimony sulfide.
04:26 They would ignite when struck against sandpaper.
04:29 Walker's invention quickly gained popularity, but he made an unusual choice – he didn't
04:34 patent it.
04:35 Consequently, others copied his design and started selling their versions.
04:39 In time, they overshadowed his role as the original inventor.
04:44 Sadly, when he was alive, he didn't receive recognition as the creator of the first friction
04:49 match.
04:51 Some accidental inventions can be as small as a matchbox, and others can be as large
04:56 as a ship.
04:57 In 1982, near Kas in southern Turkey, a sponge diver stumbled upon something incredible.
05:04 It was an ancient shipwreck from the late 14th century BCE.
05:09 He first discovered some objects and described them as metal biscuits with ears.
05:16 Interestingly, experts later identified those as oxide ingots.
05:22 This discovery got the archaeologists excited.
05:25 They sent a team to investigate the wreck site further.
05:28 Over the next decade, 11 expeditions took place, each lasting a few months.
05:34 The divers completed over 22,000 dives during this time.
05:38 They uncovered an extraordinary collection of artifacts from the late Bronze Age.
05:43 The ship itself was about 33 feet long.
05:46 The ship's most likely route was from Cyprus or Syria to Greece.
05:51 Its mission was to deliver goods.
05:53 Among the cargo, there were tons of copper and ingots, as well as gold and silver jewelry,
05:59 tools, and various edible goods.
06:01 Today, you can see the incredible artifacts from the shipwreck in the Bodrum Museum of
06:06 Underwater Archaeology.
06:08 They've even reconstructed the ship!
06:13 In 2017, something unusual happened in Portugal.
06:17 A man discovered presumably the biggest sauropod dinosaur skeleton in all of Europe.
06:23 He was working on some construction in his backyard.
06:27 Then he stumbled upon fragments of fossilized bones.
06:30 A team of researchers got to work.
06:32 It was rare to find such well-preserved bones of massive dinosaurs.
06:37 They even found all the ribs still in their original anatomical positions.
06:42 This dino was part of a species that roamed the Earth around 100 million years ago.
06:47 There might be more parts of the dinosaur skeleton nearby.
06:51 This means experts have to continue digging.
06:56 Speaking of people who discover incredible stuff in their backyards, we should look at
07:00 Derinkuyu.
07:02 This place is in Turkey, Cappadocia.
07:04 This place is known for its striking fairy chimneys and colorful hills.
07:09 There's also a hidden city that remained concealed for centuries.
07:13 This underground structure extends more than 279 feet below the surface.
07:18 It boasts an intricate labyrinth of 18 levels of tunnels.
07:22 It's the most extensively excavated subterranean city in the world.
07:27 Its history is very rich too.
07:29 It changed hands from the Persians to the Byzantines.
07:33 The city was a sanctuary for up to 20,000 people, providing shelter for extended periods.
07:39 This astonishing discovery didn't happen until 1963.
07:43 A local resident stumbled upon the place while searching for his lost chickens.
07:49 When he renovated his house, his chickens kept vanishing in a newly formed gap.
07:54 After a thorough look and some digging, the man uncovered a hidden tunnel.
07:59 This was just the beginning.
08:00 More than 600 similar entrances were discovered later.
08:04 The Hittites were often credited with the construction of the oldest levels.
08:08 Now it's believed that the Phrygians, skilled architects of the Iron Age, played a significant
08:13 role in expanding the underground city.
08:17 Lastly, there's a natural medication called quinine, which comes from the Chacona tree's
08:25 bark.
08:26 People have been using it to fight off malaria since the 1600s.
08:29 A legend says that an indigenous man might have started using it even earlier.
08:34 The story goes that a guy with a high fever got lost in the jungle.
08:38 He had to drink water from a pond surrounded by Quinaquina trees.
08:43 He thought he was getting poisoned, but surprisingly, he got better.
08:47 After that, his whole village started using Quinaquina bark.
08:52 Malaria is still a big deal today.
08:54 People have been trying to make quinine in the lab because it's so useful.
08:58 Back in 1820, some scientists figured out how to get quinine from the Chacona bark.
09:03 Yet it took more than 100 years for chemists to get the exact chemical structure of quinine.
09:09 This was a breakthrough in the world of chemistry.

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