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Hair resists decay even after death due to keratin, a structural protein. The structure and chemical composition of keratin make it difficult for organisms to break it down. Hair outlasts most other soft tissues due to the insoluble and stable structure of keratin. Its chemical composition makes it difficult for proteolytic enzymes – enzymes that break down proteins – to break down hair. In particular, the amino acids histidine, arginine and lysine are abundant in hair keratin, as is the amino acid cysteine. The bonds between the amino acids lead to a 3-D structure that makes keratin very resilient and hair difficult to break down. #hair #keratin #deadhair Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: elements.envato.com SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

Hair resists decay even after death due to keratin, a structural protein. The structure and chemical composition of keratin make it difficult for organisms to break it down.

Hair outlasts most other soft tissues due to the insoluble and stable structure of keratin. Its chemical composition makes it difficult for proteolytic enzymes – enzymes that break down proteins – to break down hair. In particular, the amino acids histidine, arginine and lysine are abundant in hair keratin, as is the amino acid cysteine. The bonds between the amino acids lead to a 3-D structure that makes keratin very resilient and hair difficult to break down.

#hair #keratin #deadhair

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YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLlEzeDNCQWdaQTVv

What Happens To Your Hair After You Die?

ScienceABC II 33 views May 24, 2022 4:00 pm

Gasoline (petrol) and diesel are extracted from the same raw material – crude oil—and pass through various levels of refinement. Yet, they have different thermal characteristics, making them suitable for very different purposes. For example, diesel has a higher density than gasoline, which makes it more energy-intensive. Due to this, less diesel is required to produce the same energy output as gasoline. Similarly, diesel engines are bulky, and typically consist of longer piston strokes, so they can’t reach high RPMs without incurring a lot of mechanical strain. This causes a loss in the total power output, although diesel's benefit from the tremendous torque that is generally lacking in gasoline engines. In this video, we compare a number of features of diesel and gasoline engines to look at which fuel is better, or in other words, is there really a better fuel? 0:00 Introduction 1:15 Fuel Characteristics - Calorific Value 1:47 Fuel Characteristics - Nature 2:22 Fuel Characteristics - Emissions 3:14 Engine Characteristics - Construction 3:54 Engine Characteristics - Performance 4:35 Engine Characteristics - Application 4:59 Performance and Costs - Fuel Efficiency 5:33 Performance and Costs - Maintenance Costs 5:50 Performance and Costs - Fuel Costs 6:14 Conclusion #gasoline #diesel #betterfuel SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCcN3IuIAR6Fn74FWMQf6lFA?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow us on Instagram! https://www.instagram.com/scienceabcofficial/ Follow us on LinkedIn! https://www.linkedin.com/company/scienceabc Follow our Website! https://www.scienceabc.com

Gasoline (petrol) and diesel are extracted from the same raw material – crude oil—and pass through various levels of refinement. Yet, they have different thermal characteristics, making them suitable for very different purposes. For example, diesel has a higher density than gasoline, which makes it more energy-intensive. Due to this, less diesel is required to produce the same energy output as gasoline. Similarly, diesel engines are bulky, and typically consist of longer piston strokes, so they can’t reach high RPMs without incurring a lot of mechanical strain. This causes a loss in the total power output, although diesel's benefit from the tremendous torque that is generally lacking in gasoline engines.

In this video, we compare a number of features of diesel and gasoline engines to look at which fuel is better, or in other words, is there really a better fuel?

#gasoline #diesel #betterfuel

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160 19

YouTube Video VVVjTjNJdUlBUjZGbjc0RldNUWY2bEZBLmNPdXZ4RUsxU21n

Gasoline (Petrol) vs Diesel: Which one is better? A Beginner’s Guide

Science ABC 2.6K views May 23, 2022 5:50 pm

We have built beautiful particle accelerators in the search for particles that are even more elementary than electrons, protons, and neutrons. The accelerators smash subatomic particles at enormous speeds, which causes them to shatter into their constituents. It is similar to studying the inner mechanisms of television by throwing it from the top of a 20-story building and scrutinizing its broken components. When physicists first began colliding electrons with protons, they observed that electrons bounced off three small hard cores inside the proton. The cores were found to be even smaller particles that make up the proton. These elementary particles are called Quarks, and the discovery of quarks meant that protons and neutrons weren’t fundamental anymore. #quarks #atoms #smallest Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: elements.envato.com SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

We have built beautiful particle accelerators in the search for particles that are even more elementary than electrons, protons, and neutrons.

The accelerators smash subatomic particles at enormous speeds, which causes them to shatter into their constituents. It is similar to studying the inner mechanisms of television by throwing it from the top of a 20-story building and scrutinizing its broken components. When physicists first began colliding electrons with protons, they observed that electrons bounced off three small hard cores inside the proton. The cores were found to be even smaller particles that make up the proton. These elementary particles are called Quarks, and the discovery of quarks meant that protons and neutrons weren’t fundamental anymore.

#quarks #atoms #smallest

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23 4

YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLlIwT2l1bkNtTG80

What Is The Smallest Particle We Know?

ScienceABC II 360 views May 20, 2022 4:00 pm

Since the birth of the first computers, there has been a direct comparison between these “calculating machines” and the human brain. One of the common phrases circulating for decades, promoting the idea of a “brain versus computer” argument, is “brains are analog, computers are digital.” This makes it seem as if computers are superior, but the truth is that the human brain is much more advanced and efficient and has more raw computing power than the most impressive supercomputers ever built. #brain #supercomputer #intelligence Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: –––––––––––––––––––––––––––––– Track: No Time — Land of Fire [Audio Library Release] Music provided by Audio Library Plus Watch: https://youtu.be/gm9FHpSGxo8 Free Download / Stream: https://alplus.io/no-time –––––––––––––––––––––––––––––– SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

Since the birth of the first computers, there has been a direct comparison between these “calculating machines” and the human brain. One of the common phrases circulating for decades, promoting the idea of a “brain versus computer” argument, is “brains are analog, computers are digital.”

This makes it seem as if computers are superior, but the truth is that the human brain is much more advanced and efficient and has more raw computing power than the most impressive supercomputers ever built.

#brain #supercomputer #intelligence

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7 1

YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLmFNa096UkVJVVVV

Human Brain vs Supercomputer: Which One Wins?

ScienceABC II 75 views May 18, 2022 7:30 pm

A black hole is a celestial body or simply a place in space where the gravitational pull is so high that nothing, not even light can escape it. This is why it's completely black, and hence it's called a black hole. A black hole's “surface,” called its event horizon, defines the boundary where the velocity needed to escape exceeds the speed of light. When a massive star dies, it leaves a small but dense remnant core in its wake. If the mass of the core if more than around 3 times the mass of the sun, the force of gravity overwhelms all other forces and a black hole is formed. A black hole is not just empty space; in fact, it’s a great deal of amount packed into a very small area. Think of a star which is 10 times more massive than our is squeezed into a sphere which has the diameter equal to the size of New York city. The result will be a celestial object whose gravitational field is so strong that nothing, not even light, can escape it. This is why black holes are named so, because they are pitch black! "Black holes explained" is a short-animated video explaining the science of ‘what is a black hole’ and ‘how black holes are formed’? The "black hole picture 2019" is a recent event that occurred in April 2019, which involved the release of the first ever black hole picture to the general public. But what are black holes? How are black holes formed? What’s the explanation behind the black hole theory? #science #animation #blackhole SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCcN3IuIAR6Fn74FWMQf6lFA?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

A black hole is a celestial body or simply a place in space where the gravitational pull is so high that nothing, not even light can escape it. This is why it's completely black, and hence it's called a black hole. A black hole's “surface,” called its event horizon, defines the boundary where the velocity needed to escape exceeds the speed of light.

When a massive star dies, it leaves a small but dense remnant core in its wake. If the mass of the core if more than around 3 times the mass of the sun, the force of gravity overwhelms all other forces and a black hole is formed.

A black hole is not just empty space; in fact, it’s a great deal of amount packed into a very small area. Think of a star which is 10 times more massive than our is squeezed into a sphere which has the diameter equal to the size of New York city. The result will be a celestial object whose gravitational field is so strong that nothing, not even light, can escape it. This is why black holes are named so, because they are pitch black!


"Black holes explained" is a short-animated video explaining the science of ‘what is a black hole’ and ‘how black holes are formed’? The "black hole picture 2019" is a recent event that occurred in April 2019, which involved the release of the first ever black hole picture to the general public. But what are black holes? How are black holes formed? What’s the explanation behind the black hole theory?


#science #animation #blackhole

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165 32

YouTube Video VVVjTjNJdUlBUjZGbjc0RldNUWY2bEZBLktrd3A3QXA2TjlB

Black Holes Explained: What Is a Black Hole? How They Form?

Science ABC 3.7K views May 16, 2022 6:15 pm

The moment you think about astronauts, what comes to your mind would probably be a picture of an astronaut in a white spacesuit experiencing weightlessness in the vast expanse of space. Or perhaps you don't imagine a white astronaut. You imagine him/her to be geared up in orange. Besides white and orange, you would not have seen any astronaut donning any other color. So why do astronauts only wear white and orange spacesuits? Basically, there are two types of spacesuits: 1. ACES suit (orange) 2. EVA suit (white) ACES (advanced crew escape suit) suit, also called Launch/Entry suit, is a full-pressure orange suit that astronauts going into space wear during launch (lift-off). The reason why they are orange is because the color orange is highly visible in search and rescue operations (especially for sea rescue). The EVA (extra vehicular activities) suit is intended for use in extreme space conditions. It is a white suit worn by astronauts during spacewalks. The most important reason for using white for EVA suits is that white reflects more heat than other colors, keeping the astronaut cool! #spacesuit #space #astronaut Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: elements.envato.com SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

The moment you think about astronauts, what comes to your mind would probably be a picture of an astronaut in a white spacesuit experiencing weightlessness in the vast expanse of space. Or perhaps you don't imagine a white astronaut. You imagine him/her to be geared up in orange. Besides white and orange, you would not have seen any astronaut donning any other color. So why do astronauts only wear white and orange spacesuits?

Basically, there are two types of spacesuits:
1. ACES suit (orange)
2. EVA suit (white)

ACES (advanced crew escape suit) suit, also called Launch/Entry suit, is a full-pressure orange suit that astronauts going into space wear during launch (lift-off). The reason why they are orange is because the color orange is highly visible in search and rescue operations (especially for sea rescue).

The EVA (extra vehicular activities) suit is intended for use in extreme space conditions. It is a white suit worn by astronauts during spacewalks. The most important reason for using white for EVA suits is that white reflects more heat than other colors, keeping the astronaut cool!

#spacesuit #space #astronaut

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22 4

YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLlB3WWl5a1VxN2pn

How Do Astronauts Choose The Best Color For Their Spacesuits?

ScienceABC II 359 views May 12, 2022 4:00 pm

There is no ultimate threshold for pain in human beings. Researchers’ best guess is that the maximum pain a human can tolerate is somewhere higher than 11 dol (somewhere between childbirth and taking a blowtorch to your face). Your pain threshold is likely different (if only minutely) from every other person. The same is true for the pain threshold temperature (when heat or cold begins to register in your subjective mind as “painful”). For researchers to study anything with scientific precision, a scale of measurement is required, but establishing that scale for pain itself is very challenging. Physical, psychological, and genetic factors all play a role in the perception of pain for human beings, making precise quantification and comparison nearly impossible. #pain #paintolerance #health Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: elements.envato.com SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

There is no ultimate threshold for pain in human beings. Researchers’ best guess is that the maximum pain a human can tolerate is somewhere higher than 11 dol (somewhere between childbirth and taking a blowtorch to your face).

Your pain threshold is likely different (if only minutely) from every other person. The same is true for the pain threshold temperature (when heat or cold begins to register in your subjective mind as “painful”).

For researchers to study anything with scientific precision, a scale of measurement is required, but establishing that scale for pain itself is very challenging. Physical, psychological, and genetic factors all play a role in the perception of pain for human beings, making precise quantification and comparison nearly impossible.

#pain #paintolerance #health

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11 1

YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLlFNT295RTZHNmc4

Max Pain: How Much Pain Can A Person Take?

ScienceABC II 108 views May 9, 2022 4:00 pm

The Apollo 13 crew was the farthest distance that humans have traveled from Earth. On April 14, 1970, the crew was 400,171 kilometers (248,655 miles) from Earth. The Apollo 13 mission was the third manned mission intended to land on the moon. The original mission of Apollo 13 was to land on the lunar surface and explore the Framauro Formation. However, this primary objective was scrubbed after an explosion in the oxygen tank of the Service Module, which in turn crippled the Command Module. Limited power, a shortage of potable water, and a loss of cabin heat were just some of the glaring problems that prevented the crew from landing on the lunar surface. In order to bring the crew back to Earth safely, a team of scientists directed the astronauts to use the Moon’s gravity as a slingshot to return to Earth. To achieve this, the shuttle passed over the dark side of the moon at an altitude of 254 kilometers (158 miles) from the lunar surface, the farthest that humans have ever traversed into the vast expanse of the universe. #farthest #apollo13 #voyager Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: –––––––––––––––––––––––––––––– Track: Natural Space 2.0 — Dave Osorio [Audio Library Release] Music provided by Audio Library Plus Watch: https://youtu.be/jmoc4vyqq6U Free Download / Stream: https://alplus.io/natural-space-20 –––––––––––––––––––––––––––––– SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

The record for the farthest distance that humans have traveled goes to the all-American crew of the famous Apollo 13 shuttle, who were 400,171 kilometers (248,655 miles) away from Earth on April 14, 1970.

However, if you want to get even more technical about humanity’s presence in space, we have gone much much farther! A space probe called New Horizons, launched in 2006, carried the ashes of Clyde William Tombaugh, the man who discovered Pluto, to Pluto!

#farthest #apollo13 #voyager

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19 1

YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLk1BVFpTQUFnVzFJ

How Far Have We Traveled in Space?

ScienceABC II 345 views May 5, 2022 11:42 am

Sitting for long periods can cause blood clots due to impeded flow of blood. Sitting without moving much can cause the blood to clot according to the effects of gravity. This doesn’t happen during sleep since we do move our bodies during our night’s sleep. In the ‘lying down’ or ‘sleeping’ position, the legs are more or less on the same horizontal plane as the heart. As a result, the blood does not have to work very hard to fight gravity to reach the lungs and heart. But the dynamics change while you’re sitting. While sitting, legs usually don't move much, and they are often angled. As such, the blood needs to fight gravity to flow upwards. The velocity of blood flow is impeded by the force of gravity. Thus sitting for long hours without moving much can potentially lead to blood clots in the body. #bloodclot #bloodflow #clots Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: –––––––––––––––––––––––––––––– Track: Indigo — Nelvian [Audio Library Release] Music provided by Audio Library Plus Watch: https://youtu.be/XCLmFyCPeqk Free Download / Stream: https://alplus.io/indigo –––––––––––––––––––––––––––––– SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

Sitting for long periods can cause blood clots due to impeded flow of blood. Sitting without moving much can cause the blood to clot according to the effects of gravity. This doesn’t happen during sleep since we do move our bodies during our night’s sleep.

In the ‘lying down’ or ‘sleeping’ position, the legs are more or less on the same horizontal plane as the heart. As a result, the blood does not have to work very hard to fight gravity to reach the lungs and heart.

But the dynamics change while you’re sitting. While sitting, legs usually don't move much, and they are often angled. As such, the blood needs to fight gravity to flow upwards. The velocity of blood flow is impeded by the force of gravity. Thus sitting for long hours without moving much can potentially lead to blood clots in the body.

#bloodclot #bloodflow #clots
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8 0

YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLkRPOURfbnc2QkQw

Why Don't You Get Blood Clots When You Sleep But Get It When You Sit For Long Hours?

ScienceABC II 110 views May 2, 2022 4:00 pm

Water especially the one which flows through the pipe contains atmospheric gases, such as nitrogen and oxygen, dissolved in it. As the glass filled with water sits out for a few hours, its temperature rises slightly (water gets warmer), which causes the dissolved gases in it to come out of the water and form bubbles along the inside of the glass. When poured water in a glass is left at room temperature for a few hours, the atmospheric pressure begins to drop as its temperature begins to rise. As a result, the dissolved gases in the water escape from the solution and form bubbles in the rough areas inside the glass. #bubble #dissolvedgases #chemistry Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: –––––––––––––––––––––––––––––– Track: Days For Tomorrow — Metro Vice [Audio Library Release] Music provided by Audio Library Plus Watch: https://youtu.be/iAiZexyH7uI Free Download / Stream: https://alplus.io/days-tomorrow –––––––––––––––––––––––––––––– SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

Water especially the one which flows through the pipe contains atmospheric gases, such as nitrogen and oxygen, dissolved in it. As the glass filled with water sits out for a few hours, its temperature rises slightly (water gets warmer), which causes the dissolved gases in it to come out of the water and form bubbles along the inside of the glass.

When poured water in a glass is left at room temperature for a few hours, the atmospheric pressure begins to drop as its temperature begins to rise. As a result, the dissolved gases in the water escape from the solution and form bubbles in the rough areas inside the glass.

#bubble #dissolvedgases #chemistry

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15 2

YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLlJKUERVcVNfbUdj

Why Do Bubbles Form In A Glass Of Water?

ScienceABC II 335 views April 28, 2022 11:00 am

Diarrhea happens when there is an imbalance in water secretion and absorption within the body. This excess water causes the stool to pass through quicker than normal. Diarrhea feels like the food takes a “fast pass” out of the gut. Instead of being systematically broken down and absorbed, as in normal digestion, food gets rushed through the digestive tract and dumped out the other end. Diarrhea “fast pass” means that the gut can barely disassemble the food. In other words, diarrhea doesn’t give the gut cells enough time to catch and absorb these nutrients. #diarrhea #digestion #gut Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Illustration Source: freepik.com Stock Music: –––––––––––––––––––––––––––––– Track: Daydream — Land of Fire [Audio Library Release] Music provided by Audio Library Plus Watch: https://youtu.be/mjmolfvZscQ Free Download / Stream: https://alplus.io/daydream –––––––––––––––––––––––––––––– SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

Diarrhea happens when there is an imbalance in water secretion and absorption within the body. This excess water causes the stool to pass through quicker than normal.

Diarrhea feels like the food takes a “fast pass” out of the gut. Instead of being systematically broken down and absorbed, as in normal digestion, food gets rushed through the digestive tract and dumped out the other end. Diarrhea “fast pass” means that the gut can barely disassemble the food. In other words, diarrhea doesn’t give the gut cells enough time to catch and absorb these nutrients.

#diarrhea #digestion #gut

Stock Video Source: elements.envato.com , pexels.com , pixabay.com
Stock Image Source: elements.envato.com , pexels.com , pixabay.com
Stock Illustration Source: freepik.com
Stock Music:
––––––––––––––––––––––––––––––
Track: Daydream — Land of Fire [Audio Library Release]
Music provided by Audio Library Plus
Watch: https://youtu.be/mjmolfvZscQ
Free Download / Stream: https://alplus.io/daydream
––––––––––––––––––––––––––––––

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YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLm1vd1Z1OEVaT1c0

Why Does Diarrhea Travel Quickly Through The Body When Digestion Takes So Long?

ScienceABC II 296 views April 25, 2022 2:00 pm

Sun is obviously the hottest thing in our Solar System, but it is a mere candle when compared to several other stars and stellar phenomena, particularly supernova. A supernova is a transient event that marks the last evolutionary stage in the life of a star in which its life ends with a colossal explosion. The temperatures at the core during this explosion reach up to 100 billion degrees Celsius, which is 6000 times the temperature of the Sun’s core. However, supernovae aren’t the hottest things in the Universe. In fact, the hottest thing in the Universe has been found or rather created on our own planet at the CERN laboratory in Geneva. The coldest natural spot in the Universe currently is the Boomerang Nebula, which resides 5,000 light-years away from us. Its temperature is measured to be 1 Kelvin or -272.15 degrees Celsius. #hottest #coldest #space Stock Video Source: elements.envato.com , pexels.com , pixabay.com Stock Image Source: elements.envato.com , pexels.com , pixabay.com Stock Music Source: elements.envato.com SUBSCRIBE to get more such science videos! https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1 Follow us on Twitter! https://twitter.com/abc_science Follow us on Facebook! https://facebook.com/sciabc Follow our Website! https://www.scienceabc.com

Sun is obviously the hottest thing in our Solar System, but it is a mere candle when compared to several other stars and stellar phenomena, particularly supernova.

A supernova is a transient event that marks the last evolutionary stage in the life of a star in which its life ends with a colossal explosion. The temperatures at the core during this explosion reach up to 100 billion degrees Celsius, which is 6000 times the temperature of the Sun’s core. However, supernovae aren’t the hottest things in the Universe. In fact, the hottest thing in the Universe has been found or rather created on our own planet at the CERN laboratory in Geneva.

The coldest natural spot in the Universe currently is the Boomerang Nebula, which resides 5,000 light-years away from us. Its temperature is measured to be 1 Kelvin or -272.15 degrees Celsius.

#hottest #coldest #space

Stock Video Source: elements.envato.com , pexels.com , pixabay.com
Stock Image Source: elements.envato.com , pexels.com , pixabay.com
Stock Music Source: elements.envato.com

SUBSCRIBE to get more such science videos!
https://www.youtube.com/channel/UCnI0aFeBzWBiiXiHp56kaqQ?sub_confirmation=1

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YouTube Video VVVuSTBhRmVCeldCaWlYaUhwNTZrYXFRLncxaU42MDZtRV9r

What Are The Hottest And Coldest Things In The Universe?

ScienceABC II 9.5K views April 21, 2022 4:00 pm

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