🔥🔥🔥 I hope you liked the video If you want extra content, follow us on 𝗜𝗻𝘀𝘁𝗮𝗴𝗿𝗮𝗺 👉👉 instagram.com/metaballstudios_official/ Thanks for all the support! ----------------------------------------------------------------- Espero les haya gustado el video Si quieres contenido extra, síguenos en 𝗜𝗻𝘀𝘁𝗮𝗴𝗿𝗮𝗺 👉👉 instagram.com/metaballstudios_official/ ¡Gracias por todo el apoyo!
The first video from this channel I saw was the "Age of the Universe" one, and while I love that video, the last shots of this one gave me SERIOUS 'Nam flashbacks. NOOOO....NOT THE CREEPY INFINITE REPEATING CHECKERBOARD.....NOOOOOO....
The problem with most modern education is that it teaches by rote; important, but boring. This kind of thing sparks curiosity, which is where real learning happens
Scary stuff towards the end... Yeah that Planck scale man!!! Scary stuff! And to think, that at the moment of the Big Bang, the Universe existed solely at this scale... And since our Physics isn't advanced enough to handle such extreme conditions... We still have a LOT to learn!
Me: everybody gangster till they see the Statue of Liberty used as a size reference... Also me: everybody gangster until the observable universe is used as a size reference...
you: Me: everybody gangster till they see the Statue of Liberty used as a size reference... also you: Also me: everybody gangster until the observable universe is used as a size reference...
@@soffa93 her: you: me: everybody gangster till they see the Statue of Liberty used as a size reference… Also her: also you: also me: everybody gangster until the observable universe is used as a size reference…
@@Jermain-cz4bh the dude: him: her: you: me: everybody gangster till they see the statue of liberty used as a size reference... also the dude: also him: also her: also you: also me: everybody gangster until the observable universe used as a size reference
@@saikithepsiioniic1358 the guy: the dude: him: her: you: me: everybody gangster till they see the statue of liberty used as a size reference... also the guy: also the dude: also him: also her: also you: also me: everybody gangster until the observable universe used as a size reference
@@spacewolf363 The "random things" Joseph alludes to directly correlate with the scale at any given moment in the video. They are used to indicate scale, and have a very straightforward relationship with said scale, so how exactly can they be random?
@@buttsufancypantsu1644 Well, he could use a bunch of other things of similar size, so they're kind of random. He picked random things of a certain sizes. Maybe the correct term he should've used would be random things of a certain sizes? We won't be hairsplitting though, will we? Anyway, thanks for the explanation.
@@spacewolf363 You could've used different words and sentence structure to convey the same meaning in your reply to me. Does that mean that your phrasing was *random*?
How did we go from "animal size comparison" to "Age Of Universe" and "Absolute Hot Temperature" perspective videos that have to use the "to the power of" number scale? :P
I already knew what the planck temperature was so I already knew it was definitely going to zoom out past the observable universe. As they say, knowledge is power. Though honestly I don't think I would have gotten ANXIOUS even if I didn't know that.
From all the epic scale vids you keep making, you must be getting a lot of use out of the galaxy assets you have saved. I love how the music shifts when the scale really starts to ramp up, little dramatic flair that really helps set the scene. Also, minor thing, but at 2:50 I think you mean 'eruption'. Easy mistake to make because 'tion' and 'cion' make similar sounds.
That may be so but the definition of degree is the "amount, level, or extent to which something happens or is present." So it's not really wrong and doesn't change the meaning. Scientists do love their semantics though.
@@durayenterprisesllc4440 sure if you have a toddlers grasp on the English language. A milliliter is a degree of a liter. In modern English the term 'degrees Fahrenheit' doesn't really sound right either but we say it without giving it much thought. It's more of an archaic way of saying it.
Oh, you so sure about that? I'm pretty sure that ice is going to be the final winner in this universe. The limit of cold may be much closer to normal temperatures than the limit of hot, but there's only so much energy to go around, and it's all rotting away.
The coldest point the human body has ever reached, 13°C, was a Swedish skier, who fell into an icy river (as mentioned in the video) This is phenomenal, considering she survived, and the fact that even going 2 degrees lower to 35°C internal body temperature can be fatal. She survived because the cold shocked her body so much that her organs slowed to a fraction of their usual activity. She flowed downstream for 80 minutes, unconscious, trapped under layers of ice having had a heart attack, and they managed to revive her after she warmed up.
I wonder what happened with the guy that survived the hottest temperature the human body has ever reached, Willie Jones in 1980. 46.5 C is pretty impressive.
That's some Avatar stuff right there. I wonder if there's an arrow on her head nowadays. (Also I didn't know 35 was all it took to be potentially fatal. I better watch myself now that I live in Ohio instead of California...)
It wouldn't need to involve photons, just the particles themselves interacting would become a black hole. This is why there is no higher temperature than the planck temperature.
Fun fact: Landou pole interaction strength of a Quantum Field Theory becomes infinite temperature is over 10²⁹⁰ Kelvin and has over 10²⁸⁶ EV, such a thing is impossible for that to happen except for the big bang
Actually, the planck temperature is way below that, and anything remotely close to 10²⁹⁰ kelvin is absolutely impossible. The planck temperature is the temperature where the average particle has a kinetic energy of 3 gigajoules, which is enough for collisions between particles to generate black holes. That is the reason why you can't have higher temperatures than that. If you were to even TRY to have something with a temperature of 10²⁹⁰ kelvin, it would simply mean that as soon as any 2 particles constituting it interacted with each other, they would generate a black hole which goes beyond supermassive status, it would consume the entire hubble volume that is the observable universe.
Ever seen the old VSauce video about "How Hot Can It Get"? Yeah he literally ends the video by saying "If you think someone is really attractive, try calling them a kugelblitz!" and I'm sitting here thinking "Yeah, THAT'S gonna go well with most people... " :P If you DO find someone who immediately laughs and takes it as a compliment, however? That's a keeper. :)
I absolutely love that point in these videos where you unexpectedly hit a large number of increasingly massive objects without seeing any measurements scaled. With every new comparative object that passes without any new scaled object there's this sense of dread that starts to slowly build, until you're left wide-eyed in front of your screen thinking, " Holy shit, what am I about to see..."
@@MetaBallStudios Try the amount of atoms in something if all those atoms were 1 meter. Like how many are in an ant, then a wasp, then a soda can, then a human, then a building and so on. Try going up to the milky way at least. If that gets nowhere close, like I honestly expect it to, make the atoms a kilometer and set the limit to the universe.
No no, the hottest thing we _measured_ is man made. Said temperature dropped incredibly quickly. This kind of thing happens all the time, we're just not there to measure it before it cools off.
Its nice that MBS show all measurement systems, letting everyone understand how much America mostly use imperial system(ft, mile, Fahrenheit) Most of the world mostly use metric(meter, Celsius) And video is based on kelvin temperature
I love how it always end up with the entire observable universe, when it zooms out to the orbit of the solar system I knew it "Ah shit here we go again"
It is very interesting to note that the lowest possible (-273 °C) is closer to 0 then the hottest temperature on the scale. It's just so strange to see something so inbalanced in nature.
It's not imbalanced at all, it's totally arbitrary. Setting C=100 for boiling water is equally arbitrary. If water boiled at 1,000,000,000°C it wouldn't look so imbalanced anymore. It's simply not convenient for the weather reports to say a high of 999,999,972 tomorrow.
@@iami3rian394 Although that would be epic. That sounds like a Mad Lib about a weather report (which I've done, actually). "Tomorrow, the high will be 999,999,972 with eastern winds gusting up to -345,000 mph..." Really, though, there is way way WAY more temperature difference (no matter what numbers you choose to use) from the temperatures we can comfortably live at, to the ultimate hot, than there is between comfortable for humans and ultimate cold. It's almost like the difference between the current age of the universe vs. the Big Bang, and the time it takes from now for EVERYTHING to stop existing through entropy, again--aka, we can go _way_ farther forwards than backwards.
@@robinchesterfield42 that's because it's incredibly unlikely for life to develop without solids, almost certainly impossible for it to develop without solids and liquids, and plasma doesn't so much of anything coherently. It's also got to do with the nature of things. You can only take so much away. In this case energy. There's essentially never an upper limit to what you can add. Passed "absolute hot" (which is a silly name) you can certainly continue to add energy, at least theoretically, the issue becomes that the thing you're adding energy to stops existing and disintegrates into it's constituent quarks, bosons, muons etc. You no longer _have_ a coherent thing, which is absorbing the energy/heat. Similarly, while 14B years sounds like a long time, that's not even half the life of a first generation red dwarf, for example. The universe is still very young, relatively speaking.
@@iami3rian394 The reason that the Planck Temperature is a limit is because heat is energy, energy has mass, and mass has gravity. If you give any object enough energy to exceed the Planck Temperature, then it will have enough mass-energy that it will collapse into a black hole from its own gravity.
@@sailordolly I mean, it's also when the component parts will be vibrating/miving faster than light. Energy (even crazy high amounts) doesn't convert into gravity formation. Well, not in a way we understand. Go ahead and show that to me, and I will go ahead and publish it for the Nobel prize money. = D
The fact you had to pull back the camera to a point to where the ENTIRE OBSERVABLE UNIVERSE IS INVISIBLE to reach Plank temperature is absolutely terrifying.
You can’t go higher than planck temperature, becuase at that temperature, the wavelength reaches the planck length. If you tries to go just 1 degree hotter, it would create a black hole and consume everything. NO FAKE COMMENTS.
And people sometimes put those out with their FINGERS. _I_ once put out a candle with my fingers! It didn't even hurt (and I'm a wuss)! Physics is weird, yo.
This channel is perfect for when the kids are around and you don’t have your headphones with you. Just watch size comparisons on mute while they play next to you
I love how the Tardigrade is casually like holding the 2 most extreme records. Yeah let me just chill in almost the coldest possible temperature... oh, going well beyond the boiling point of water? Sure, no problem!
"101°C - Average daytime temperature of the Moon" I never thought about temperature as one of the many issues you have to work around when you send people to the moon
There are actually two spelling errors in this one: The first in the lowest temperature recorded in a human, it says "recorder." The other is the hottest temperature of lava, where it says "erupcion," the Spanish word for eruption.
Oh no! Not the chess squares again! They haunt me in my dreams! They lay down the insignificance of anything anybody ever did or thought or felt and offer a glimpse into infinity... noooo!
🔥🔥🔥 I hope you liked the video
If you want extra content, follow us on 𝗜𝗻𝘀𝘁𝗮𝗴𝗿𝗮𝗺 👉👉 instagram.com/metaballstudios_official/
Thanks for all the support!
-----------------------------------------------------------------
Espero les haya gustado el video
Si quieres contenido extra, síguenos en 𝗜𝗻𝘀𝘁𝗮𝗴𝗿𝗮𝗺 👉👉 instagram.com/metaballstudios_official/
¡Gracias por todo el apoyo!
⊂(◉‿◉)つ
no problem sir meta
Can anybody tell when will scientists explore out of observable universe????
Keep uploading mbs👍😊
Is anyone else suddenly hungry for KFC after seeing that thumbnail and watching the video?
The hottest point on a candle burning is actually pretty impressive
Yeah, I didn't know that either...
and to think people like to snuff a wick out with their fingers...
@@rebekahdecavit2354 I know right! It seems impossible to imagine that that particular data is correct!
Yes, and that temperature is actually 2000°C
@@rebekahdecavit2354 i did that the other day lmao
This channel became an existential psychological horror production, and I love it.
For sure.
@@oneildennis5956 Fantastic Comment from you to Say, I Personally think Like that.
Nailed it, it's exactly this
Definitely getting the existential equivalent of the fear of heights from this one.
The first video from this channel I saw was the "Age of the Universe" one, and while I love that video, the last shots of this one gave me SERIOUS 'Nam flashbacks. NOOOO....NOT THE CREEPY INFINITE REPEATING CHECKERBOARD.....NOOOOOO....
Mom: Don't touch the newly-formed universe, Honey.
Dad: Let him touch it, he'll learn not to do it.
ah yes. l e t h i m d i e
An kardashev scale V civilian family on an completely normal day
@@Nomore686 bofa deez ligma joes
If it doesn't kill, it's the absolute best way to teach a lesson.
Mom: don’t touch the stove
Me:touches the stove anyway
The stove: 5:38
My finger: 👉🏼🔥🧬🧪☁️⚡️🌌⏱⬜️⬛️🟨🟦🟩➿➿〰️➿➿➰➰➿➰〰️➰〰️〰️➖〰️➖➖➖➖➖💥💥💥
I swear those cubes flying everywhere are teaching me more than school.
The problem with most modern education is that it teaches by rote; important, but boring. This kind of thing sparks curiosity, which is where real learning happens
Minecraft in a nutshell
Of course it teaches you more than school because your brain can't comprehend to know the difference between a cube and a square
@@LShaver947 Tbf, they look like cubes at first.
Yes waaaaay better
Next time someone says to me: "It's hot today isn't it?"
I'm gonna go: "Let me tell YOU what's hot!"
"You!"
Actually, it was hot today.
Scary stuff towards the end... Yeah that Planck scale man!!! Scary stuff! And to think, that at the moment of the Big Bang, the Universe existed solely at this scale...
And since our Physics isn't advanced enough to handle such extreme conditions... We still have a LOT to learn!
''Shrek!''
Compared to Planck temperature it is freezing.
Me: everybody gangster till they see the Statue of Liberty used as a size reference...
Also me: everybody gangster until the observable universe is used as a size reference...
you: Me: everybody gangster till they see the Statue of Liberty used as a size reference...
also you: Also me: everybody gangster until the observable universe is used as a size reference...
@@soffa93 her: you: me: everybody gangster till they see the Statue of Liberty used as a size reference…
Also her: also you: also me: everybody gangster until the observable universe is used as a size reference…
@@Jermain-cz4bh the dude: him: her: you: me: everybody gangster till they see the statue of liberty used as a size reference...
also the dude: also him: also her: also you: also me: everybody gangster until the observable universe used as a size reference
@@saikithepsiioniic1358 the guy: the dude: him: her: you: me: everybody gangster till they see the statue of liberty used as a size reference...
also the guy: also the dude: also him: also her: also you: also me: everybody gangster until the observable universe used as a size reference
@@Solarwhale32 what does "everybody gangster" even mean?
Lesson here: don't arm wrestle a Tardigrade
😂
Actually do because they don’t have elbows
Don't worry bro we kill about 50-100 tardigrades everyday without us even knowing.
There Too small to do that.
@@jamvously7170 slap yourself a couple of times, maybe you will squish one.
I was impressed to see the highest temperatures achieved by humans is hotter than any other core or star in the ovserveable universe
pfft, and they said humans are insignificant.
Stop 1
yeh it must have melted some peoplo in that test....
@@nonec384 people aren't chocolate or ice cream
They may have burnt
But there was no cases like that means
It's standing with 0 disaters
@@nonec384 It was a well-contained experiment, and the "peoplo" wouldn't melt. They would burn to a crisp before they can even begin to melt.
I like how you're taking scalar values, i.e. time and temperature, and making them in the three spacial dimensions.
You like men too
Me when the measurements get into galactic scale:
I'm gonna freak out 🙇♀️
same
😱😱😱😱😱😱😱
Did you see the time cube video on this channel
@@lavaboatcubesupportsukrain7539NOOOOOOOOOOO I SPENT 57 YEARS TRYING TO FORGET ABOUT IT
I really like how you include random things next to the scales to show how big it actually is! 👍👍
Learn how to use the word 'random', please
@@buttsufancypantsu1644 Wdym?
@@spacewolf363 The "random things" Joseph alludes to directly correlate with the scale at any given moment in the video. They are used to indicate scale, and have a very straightforward relationship with said scale, so how exactly can they be random?
@@buttsufancypantsu1644 Well, he could use a bunch of other things of similar size, so they're kind of random. He picked random things of a certain sizes. Maybe the correct term he should've used would be random things of a certain sizes? We won't be hairsplitting though, will we? Anyway, thanks for the explanation.
@@spacewolf363 You could've used different words and sentence structure to convey the same meaning in your reply to me. Does that mean that your phrasing was *random*?
How did we go from "animal size comparison" to "Age Of Universe" and "Absolute Hot Temperature" perspective videos that have to use the "to the power of" number scale? :P
scientific notation =O
They're running out of ideas so have to go more extreme.
science
Don't forget the "to the power of the power of the power"
Well, when you wanna talk about size extremes, you gotta go through the reigning champ - Max Planck
The video started zooming out past the sun and I started getting anxious because it just *kept fucking going*, oh my god
Same
Yeah...
The time scale one does 10 to the power of 10 to the power of 10 to the power of 56.
I already knew what the planck temperature was so I already knew it was definitely going to zoom out past the observable universe. As they say, knowledge is power. Though honestly I don't think I would have gotten ANXIOUS even if I didn't know that.
Imagine if he does a number comparison. "Imagine if 1 was 1 cubic centimeter..."
I still have a mild PTSD because of the time cubes and here we go again 🤯
Stop watching these!
Why do you have ptsd from scientific videos? Lol..😂
Props to the guy who recorded the temperature in the center of the universe when it was 10^-35 seconds old 👏👏
I recorded when 10^-30s. I wasn't quick enough.
He’s a real hero isn’t he
I know you know it was not recorded. But I want you to know that the number does not come out of nowhere.
He's an angel with an iPhone camera
@@francisbloxton2396 Shot on iChrist Pro
From all the epic scale vids you keep making, you must be getting a lot of use out of the galaxy assets you have saved.
I love how the music shifts when the scale really starts to ramp up, little dramatic flair that really helps set the scene.
Also, minor thing, but at 2:50 I think you mean 'eruption'. Easy mistake to make because 'tion' and 'cion' make similar sounds.
You are right, I was wrong with this word
Thanks for comment
@@MetaBallStudios awesum
@@MetaBallStudios te salió el español de dentro
@@SCH-ANS PENSABA LO MISMO XDDD
@@MetaBallStudios Can I ask you a Question?
Fun fact, that lowest recorded temperature on Earth is LOWER than on Mars.
The lowest recorded temperature on earth is lower than the lowest recorded temperature on Mars.
Those words, "recorded," they're relevant.
Stfu you’re probably bald
@@AmateurishAstronaut Who is?
@@AmateurishAstronaut Grass doesn't grow on a busy street... :)
@@AmateurishAstronaut don’t be a prick
"Soda cans? Pick up trucks? Good, this will be a human-level of compresion video"
Observable Universe
"Oh sh..."
I was taught there's no such thing as a "degree Kelvin." They said Kelvins are Kelvins.
You are correct.
yep. only Kelvin to be precise
That may be so but the definition of degree is the "amount, level, or extent to which something happens or is present." So it's not really wrong and doesn't change the meaning. Scientists do love their semantics though.
@@Steam_Engenius if you were measuring the amount of liquid in a container, would you say how many "degrees milliliter" it contains?
@@durayenterprisesllc4440 sure if you have a toddlers grasp on the English language. A milliliter is a degree of a liter. In modern English the term 'degrees Fahrenheit' doesn't really sound right either but we say it without giving it much thought. It's more of an archaic way of saying it.
If some people wonder what would win between ice and fire, just show them this video and remind them that cold has a limit
Cold ultimately wins out though via time. See the time video for when the entire universe reaches zero degrees Kelvin.
Whats trippy is that physicists will infinitely reach closer and closer to absolute zero.
@@Novusod You’re right and that’s because heat requires energy, cold does not and the general theory is called the “heat death” of the universe.
Oh, you so sure about that? I'm pretty sure that ice is going to be the final winner in this universe. The limit of cold may be much closer to normal temperatures than the limit of hot, but there's only so much energy to go around, and it's all rotting away.
Congratulations guys, you all missed the point here 👍
The coldest point the human body has ever reached, 13°C, was a Swedish skier, who fell into an icy river (as mentioned in the video)
This is phenomenal, considering she survived, and the fact that even going 2 degrees lower to 35°C internal body temperature can be fatal.
She survived because the cold shocked her body so much that her organs slowed to a fraction of their usual activity. She flowed downstream for 80 minutes, unconscious, trapped under layers of ice having had a heart attack, and they managed to revive her after she warmed up.
I wonder what happened with the guy that survived the hottest temperature the human body has ever reached, Willie Jones in 1980. 46.5 C is pretty impressive.
That's some Avatar stuff right there. I wonder if there's an arrow on her head nowadays.
(Also I didn't know 35 was all it took to be potentially fatal. I better watch myself now that I live in Ohio instead of California...)
The fact that theres a place on earth colder than mars is just mind-blowing.
The temperature scientists have achieved manually was really insane. 😲😲🥵
I like how your videos always end with something ridiculously incomprehensible.
Fun fact: Photons emitted from an object this hot would have so much energy in one spot they'd turn into black holes
No te entendí ni vergas, no sé inglés
Prety sure thats a keugelblitz a black hole formed out of pure energy
@@Condor-uc2lw Yes, I believe so
@@Condor-uc2lw I mean, all matter IS energy. That's legit what Einstein showed with m=ym_0
It wouldn't need to involve photons, just the particles themselves interacting would become a black hole. This is why there is no higher temperature than the planck temperature.
Your videos are interesting man, keep it up!
Fun fact: Landou pole interaction strength of a Quantum Field Theory becomes infinite temperature is over 10²⁹⁰ Kelvin and has over 10²⁸⁶ EV, such a thing is impossible for that to happen except for the big bang
Oh no! Not Landou polee interaction! Anything but that!!! My word...are you SURE it's Landou pole interaction???
last night I saw a your mum pole interaction
@@Flesh_Wizard me too
@@Flesh_Wizard hey listen up, he's talking about LANDOU POLEE INTERACTION
Actually, the planck temperature is way below that, and anything remotely close to 10²⁹⁰ kelvin is absolutely impossible. The planck temperature is the temperature where the average particle has a kinetic energy of 3 gigajoules, which is enough for collisions between particles to generate black holes. That is the reason why you can't have higher temperatures than that. If you were to even TRY to have something with a temperature of 10²⁹⁰ kelvin, it would simply mean that as soon as any 2 particles constituting it interacted with each other, they would generate a black hole which goes beyond supermassive status, it would consume the entire hubble volume that is the observable universe.
Video: 1 minute left
Also video: *goes bigger than observable universe*
Me: *bruh*
Gives the expression "you're hot" a whole new meaning
Ever seen the old VSauce video about "How Hot Can It Get"? Yeah he literally ends the video by saying "If you think someone is really attractive, try calling them a kugelblitz!" and I'm sitting here thinking "Yeah, THAT'S gonna go well with most people... " :P
If you DO find someone who immediately laughs and takes it as a compliment, however? That's a keeper. :)
@@robinchesterfield42 Delightmore did you Know much about "Vsauce"?
I absolutely love that point in these videos where you unexpectedly hit a large number of increasingly massive objects without seeing any measurements scaled. With every new comparative object that passes without any new scaled object there's this sense of dread that starts to slowly build, until you're left wide-eyed in front of your screen thinking, " Holy shit, what am I about to see..."
Have you ever considered a video on volcanic eruptions? I was surprised that I couldn't find a video you'd done on the topic
I have not done it yet but I will write it down to the list
@@MetaBallStudios you should do biggest fortunes in fiction converted to usd, would be funny to see the money rain
Awesome vídeo, but nothing compare the "AGE OF UNIVERSE* vídeo...
For me was the best 🥰
It will be difficult for me to overcome it
@@MetaBallStudios If burning the entire universe with Absolute Hot temperature was not enough to overcome it, what will be?
@@Jeanioz A video of monke
@@MetaBallStudios Try the amount of atoms in something if all those atoms were 1 meter. Like how many are in an ant, then a wasp, then a soda can, then a human, then a building and so on. Try going up to the milky way at least. If that gets nowhere close, like I honestly expect it to, make the atoms a kilometer and set the limit to the universe.
Was so sure the last one was going to be ‘The temperature the Tardigrade shrugs off in it’s sleep’
When i see the three letters of the video thumbnails, i read KFC like the fast-food restaurant, K for Kelvin, F for Farenheit and C for Celsius ahahah
You read K F C as KFC? Amazing.
Oh damn, I commented something pretty similar, didn't see this one
Fun fact:
That gave me literal fucking goose bumps . KEEP UP THAT GOOD WORK. Love from Las Vegas.
While watching the video "yes nice, interesting ..."
3:50 "WTF!?!??"
5:40 "OMG!!"😱
One of your best videos👍🏻
Well... That escalated quickly
The hottest thing is the amount of effort, research, and hard work he out into this channel.
The zooming out through the universe gave me vertigo. I liked it! 😉
And we just recovered from the last cube nightmare.
Se me va a trabar la quijada con la expectación del final :0
Me when the observable universe gets small and disappears: 👁👄👁
We cannot begin to comprehend how big the WHOLE universe actually is.
10^10^10^10^99999999999999999999999999999 light-years.
We can't really comprehend how big the Milky Way is even. Like we can understand it, but we can't grok it.
The size of the total universe is unknown. Only the size of the observable universe is known.
Thank God tardigrades are harmless to humans - we'd be so fucked otherwise
Like DBZ you know the power levels are huge when you see the curvature of the Earth.
I was just thinking, "So that's where Anime gets its power-scaling from..."
Cada vez que el zoom empieza a ser mayor temo aquello que vas a mostrar, excelente trabajo!
It's a lot less scary than the time one tho
How is time in perspective is scary
@@Just_No_creativity its almost as big as yo mama
@@mcrain1283 how is 2 meters scary
@@Just_No_creativity yo mama so fat she breaks time and space and goes all round back to 2 meters
I'm calling that a victory for humanity. Big-bang stuff aside, the hottest thin we know is man-made
No no, the hottest thing we _measured_ is man made. Said temperature dropped incredibly quickly. This kind of thing happens all the time, we're just not there to measure it before it cools off.
at least we did the absolute cold.
4:28 "hottest man-made temperate"
My gaming laptop would say otherwise
That's probably physically impossible
i honestly find it more impressive that a tardigrade can survive being basically at absolute zero than it being able to survive being in boiling water
Its nice that MBS show all measurement systems, letting everyone understand how much
America mostly use imperial system(ft, mile, Fahrenheit)
Most of the world mostly use metric(meter, Celsius)
And video is based on kelvin temperature
I love how it always end up with the entire observable universe, when it zooms out to the orbit of the solar system I knew it "Ah shit here we go again"
Thanks!
What I learned
Tartigrade’s are absolute units
Nice work,one of my favorite TH-camrs
0:10 That was the PlayStation 3 opening!!
It’s been awhile metaball studios welcome back
Gracias por otro vídeo interesante y que nos hace reflexionar MetaBall Studios 👍
Universe at 1 second:🔥 🥱💤
My mixtape: 🔥🔥🔥🔥🔥🔥🔥
It is very interesting to note that the lowest possible (-273 °C) is closer to 0 then the hottest temperature on the scale.
It's just so strange to see something so inbalanced in nature.
It's not imbalanced at all, it's totally arbitrary. Setting C=100 for boiling water is equally arbitrary.
If water boiled at 1,000,000,000°C it wouldn't look so imbalanced anymore.
It's simply not convenient for the weather reports to say a high of 999,999,972 tomorrow.
@@iami3rian394 Although that would be epic. That sounds like a Mad Lib about a weather report (which I've done, actually). "Tomorrow, the high will be 999,999,972 with eastern winds gusting up to -345,000 mph..."
Really, though, there is way way WAY more temperature difference (no matter what numbers you choose to use) from the temperatures we can comfortably live at, to the ultimate hot, than there is between comfortable for humans and ultimate cold.
It's almost like the difference between the current age of the universe vs. the Big Bang, and the time it takes from now for EVERYTHING to stop existing through entropy, again--aka, we can go _way_ farther forwards than backwards.
@@robinchesterfield42 that's because it's incredibly unlikely for life to develop without solids, almost certainly impossible for it to develop without solids and liquids, and plasma doesn't so much of anything coherently.
It's also got to do with the nature of things. You can only take so much away. In this case energy. There's essentially never an upper limit to what you can add. Passed "absolute hot" (which is a silly name) you can certainly continue to add energy, at least theoretically, the issue becomes that the thing you're adding energy to stops existing and disintegrates into it's constituent quarks, bosons, muons etc. You no longer _have_ a coherent thing, which is absorbing the energy/heat.
Similarly, while 14B years sounds like a long time, that's not even half the life of a first generation red dwarf, for example. The universe is still very young, relatively speaking.
@@iami3rian394 The reason that the Planck Temperature is a limit is because heat is energy, energy has mass, and mass has gravity. If you give any object enough energy to exceed the Planck Temperature, then it will have enough mass-energy that it will collapse into a black hole from its own gravity.
@@sailordolly I mean, it's also when the component parts will be vibrating/miving faster than light.
Energy (even crazy high amounts) doesn't convert into gravity formation. Well, not in a way we understand.
Go ahead and show that to me, and I will go ahead and publish it for the Nobel prize money. = D
The fact you had to pull back the camera to a point to where the ENTIRE OBSERVABLE UNIVERSE IS INVISIBLE to reach Plank temperature is absolutely terrifying.
Once we got past the sun my eye started twitching
Esse canal tem comparações e animações realmente muito boas, já vi muitos vídeos, é realmente surpreendente essas perspectivas
I will grow a beard while waiting for god of war size comparison video.😤😤
For some people, that's a few days.
For me, that's apparently never gonna happen. 😅
Every time I watch one of your scale videos, I come away a little bit terrified.
Yet I keep coming back
Lol I'm watching this right in the middle of a heat wave in Germany 😂🔥🔥🥵
Another great one!!
You forgot the girls in the bar, they're totally hot
My food could be at absolute hot and my parents would still put in the microwave.
Came from entertainment
Left with an existential crisis
I found way too impressive that the temperature of a burning candle is hotter than a volcanic lava eruption 😳
I get nervous whenever I see bigger and bigger things in that kind of comparison videos, but I loved it. Also, how did they handle the heat in CERN?
The temperature of the particle colliding only lasted just within a millionth of a nanosecond, and the heat was only within a very tiny radius
@@frankthommessen1382 Thanks a lot for the information. Still impressive tho.
That last one needs to chill tf out. No pun intended.
I like how in most of these videos, the first 95% has at least a linear or exponential increase, and then the final 5% is on acid.
That's because of low comparison
I like the camera shaking at the end. Makes an unnerving feeling
Also, zooming out of reality itself is gonna be the next "imagine a bus" or "for that we need to talk about parallel dimensions" at this rate...
Man I love these videos! I like the references of the blocks not moving and color change before Freezing Point! I love those details
You forgot the last one, slightly higher than the Planck temperature, which was my latest mixtape.
You can’t go higher than planck temperature, becuase at that temperature, the wavelength reaches the planck length. If you tries to go just 1 degree hotter, it would create a black hole and consume everything. NO FAKE COMMENTS.
NO JOKES IN HERE. STOP COMPLAINING OR YOU WILL BE BANNED
This was awesome! Great visualization! Next you should do either fictional land masses or fictional cities next!!
So the hottest point of the candles I burn all over my house is hotter than lava?!?! 🤯
And people sometimes put those out with their FINGERS.
_I_ once put out a candle with my fingers! It didn't even hurt (and I'm a wuss)!
Physics is weird, yo.
@@robinchesterfield42 hahaha, that's because they do it quickly. Heat takes some amount of time to effect anything. Its so cool.
Cool i like your comparision
El tardigrado: estoy mamadisimo
This channel is perfect for when the kids are around and you don’t have your headphones with you. Just watch size comparisons on mute while they play next to you
I was 100% expecting a “your mom” joke at the end
It's impossible to even comprehend how hot the last few things are, shits crazy
I don't know at which point I was out. Good way to remind me of my little brain.
ni sabia que existia Calor absoluto!!! Grande Metaball!
I love how the Tardigrade is casually like holding the 2 most extreme records. Yeah let me just chill in almost the coldest possible temperature... oh, going well beyond the boiling point of water? Sure, no problem!
What about radiation exposure
It's absolutelly CRAZY what you did here. Impressive job.
Es curioso que el cero absoluto esté tan cercano y el calor prácticamente pueda ser infinito
"101°C - Average daytime temperature of the Moon"
I never thought about temperature as one of the many issues you have to work around when you send people to the moon
There are actually two spelling errors in this one: The first in the lowest temperature recorded in a human, it says "recorder." The other is the hottest temperature of lava, where it says "erupcion," the Spanish word for eruption.
Brilliant, really enjoyed that. Fascinating, thank you 👍🏻👍🏻👍🏻
Oh no! Not the chess squares again! They haunt me in my dreams! They lay down the insignificance of anything anybody ever did or thought or felt and offer a glimpse into infinity... noooo!
Great video. I think doing a comparison of historic casltes and fortresses would make a really cool video
5:36 lord have sweet mercy!
I like ur channel🎉😊
Very great video but should have added temprature of lightsaber.👍
I'm just happy you didn't call it a "laser sword"....
@@roandliz i am not that dumb😓
After the observable universe becomes insufficiently large we get the existential crisis
at 5:47 , you can see Nathalie Dorner.
Ehhhhh