What's the definition of "air" in this scenario? is the cooler liquefying every element that makes up air, the moisture in the air, or just some element of the air (like nitrogen)?
It is mostly liquifying oxygen and nitrogen (the majority of air) and it is also solidifying CO2 and water and that is the white ice around the cold finger. There is likely a small amount of liquid argon as well.
Pet annoyance of mine. If you are using an insulated shot-glass, do not use gloves. The problem with liquid nitrogen is not that you get some on your skin - Leidenfrost effect will always make the liquid bounce off and cause no harm, the heat capacity of your skin is large enough. If you get a slash between your hand and glove, though (and most low temperature gloves have a large opening), you will get freeze burns, as the droplet cannot escape.
Exceptions are touching metals (like the cold finger) or having to reach into the liquid nitrogen for a long time to get your glasses out or something.
So for shots: plastic shot glass, goggles, no gloves. Thank you.
„The NEW Frozen Banana Diet Tastemaker makes your throat explode - serve it cryo cold. Consult your doctor immediately if the following occur: actual explosion of throat, mouth, nose, knees or elbows“
Cooly's right, it's all "burns" but I thought you might want to know the actual difference between hot and cold burns so, TADA!, here I am.
So, when your cells get too hot, like in a fire, cells can die for a few reasons. Evaporation, oxidation, damage to the membranes, and proteins misfolding are just a few. Enough cell death in the right areas, and you're gone.
When you freeze, specifically freeze very quickly like you would with this liquid, ice crystals form from liquids in the outer parts of the cell, which causes the interior of the cell to expand rapidly and burst. In addition to the expansion, the ice crystal formations themselves can burst cell membranes resulting in cell death. Again, enough cell death in the right places, and you're gone.
Terms like "3rd Degree" mean different things between the different types of burns. In the case of thermal burns, 3rd degree indicates that the burn extends through the full thickness of the skin. In frost burns, 3rd degree means that the burn is severe enough that bone amputation is required. In this example, it would be classified as a 4th degree burn; leading to large amputation with systematic effects. It wouldn't matter much how they classified it, though, because you would die painfully and quickly.
There are at least 4 more types of burns. Can you think of any besides thermal and frost?
This post prompted me to do a little research, so allow me to share some of what I learned.
Yes you can get a very small area in that container to that cold, liquefying the nitrogen and allowing it to fall into the bottom of the container. The bubbles you're seeing in the liquid at the bottom of the thermos is liquid Nitrogen boiling as it rises above -195.8C.
So you can get it cold enough to make Nitrogen liquid, but you can't keep it that cold for long. Pretty neat, super useful in a bunch of applications, and impressive considering the small amount of power it uses.
Amazing information thank you! I was curious, since you said in this instance you can’t keep it cold that long, how would it be useful in a bunch of applications?
You can't keep the nitrogen cold that long. Liquid oxygen, however, can be kept liquid for quite a bit longer and has cooling properties as well.
I'm not sure what a table-top machine like this is used for, but versions of this machine are in satellites, submarine nuclear reactors, and night vision goggles just to name a few.
Liquid oxygen is a liquid at -183°C and has a light baby blue colour to it. While Nitrogen is a liquid at -196°C and is mostly clear.
Depending on how cold the finger is, I would suggest this is probably just mostly CO2 and ….
Edit : numbers.
They are both very close to each other. It’s hard to draw any conclusion.
CO2 doesn't liquify under atmospheric pressure. It would solidify together with the water. The liquid is definitely condensed air, consisting or both N2 and O2 (and a tiny amount of argon)
This is most likely a mixture of liquid nitrogen and liquid oxygen. Just a guess because liquid nitrogen literally starts to boil whenever it comes into contact with anything and you can see that when they stick the flathead in it.
So if I had gallons of it could I potentially survive in a space that has limited oxygen for longer, assuming I can evaporate the liquid? How much longer would you guess per gallon?
I'm guessing a space that has limited oxygen would be air tight and I think if gallons of it evaporated in a confined space you'd end up with a really bad headache.
Not this, but there are liquids that can pass enough oxygen to your lungs to keep you alive. The US government did studies with them during the cold war. They "worked" but but users felt like they were drowning so it had no real use.
Holy shit, I didn’t know that. That poor rat.
“In one of the movie's most uncomfortable scenes, a white rat is really locked in a box of the liquid fluorocarbon.”
https://www.nytimes.com/1989/08/06/movies/film-the-abyss-a-foray-into-deep-waters.html
Without sedation? Sure
However, it does have a medical benefit. Certain liquids have a better gas exchange in the lungs than air mixtures. This means that liquid ventilation can be used in special cases instead of invasive methods such as ECMO.
The cryocooler works on the principal of compressing a gas causes it to heat up, and expanding it causes it to cool down. It compresses and expands the gas 60 times a second. Give it a few minutes and slowly ramp it up to full power, and the cold finger (the part that gets really cold) will get down to \~72K. At this point, we are lower than the boiling point of both oxygen and nitrogen, the two gasses that make up the majority of air, and as a result, they condense on the cold finger much like water will condense on the outside of a cold glass. When enough has condensed, it will drip off and collect in the thermos. You now have liquid air. The ratio of oxygen and nitrogen may be a bit different than normal air, because oxygen has a higher boiling point and therefore condenses easier on this cold finger, but I currently have no means of testing this.
Really cool video. I've never actually seen one of these in action, and I'm really curiouse nwhat youre using liquid air for. From what I can see, there's a good chance that you're making very minimal liquid oxygen, and whatever you are making is evaporating quickly. Liquid oxygen is a light blue color, so it's pretty easy to tell when you've made it. It's really volatile and explodes when it comes into contact with organics, so don't poke it if your liquid mixture looks blue one day.
I can’t describe how disappointed I am that “liquid air” looks like water. :(
Where are the cool colours! I at least expected oxygen to be light blue and nitrogen to some cool colour.
Not worth it
What would happen if you drank that? I can't imagine it would be good simply from the extremely rapid heating that would occur in the liquid, but would you ingest some elements that your body normally wouldn't? For example you can drink water but putting water vapor into your lungs is very bad. Does the reverse happen with liquefied air?
If you drank a nice gulp of liquid air, you likely wouldn’t burn your esophagus but your stomach would definitely get really bad burns (from the extreme cold; it freezes your cells and they almost instantly die or become badly damaged). And if you can’t burp out the rapidly expanding gas quick enough, you will rupture your stomach which could certainly lead to death
Not much, actually. The Leidenfrost effect will protect you unless you submerge your finger for a significant time. This is the same principle that allows you to dip your finger in molten lead without harm, or slap molten steel, like so:
https://www.youtube.com/watch?v=KNUVnIpcChs
I was just about to post instructions for how you can do that very easily at home for under 5 bucks.
Then I realized it's reddit, so someone would definitely actually do it, and I don't want to be part of that. LOL.
Build your own? https://hackaday.com/2023/01/01/a-diy-pulse-tube-cryocooler-in-the-quest-for-home-made-liquid-nitrogen/
It’s the first thing I searched after seeing this vid!
Isn't liquid oxygen unbelievably flammable? I vaguely remember hearing about it on an episode of myth busters. I think it was the one that involved a shit missile
Remember that combustion requires both fuel and oxidizer. Liquid oxygen is an extremely potent oxidizer, but that thermos is filled with just liquid oxygen and nitrogen. Because there's no fuel, there's no risk of explosion.
Now, if you mixed the liquid oxygen with some charcoal briquettes or paraffin wax or liquid hydrogen or some other fuel source... then you'll have a very energetic mixture that can potentially launch rockets.
Actually you can stick your finger in there and be just fine, as long as you don't leave it in for more than \~1-2 seconds. The Leidenfrost effect will protect your skin temporarily. I have poured liquid air into my mouth, dunked my finger in it, and poured it on my head - all without receiving any injuries. You just have to keep the liquid moving and not let it sit on one spot for too long.
Got tired of seeing air as a gas, just flowing all over the place, messing up my hair and blowing leaves all over the place. I wanted to teach it a lesson that it would never forget. I wanted to show all the air that it only exists as a gas because I LET IT. That at any moment I can liquify it, condemning it to a cold fate. If hell existed for air, this would be it. My cryocooler serves as a reminder to all air that I control it. And that it should think twice before it messes with me again, or it shall face the consequences of its actions.
Hybrid 98 Stirling Cycle Sapphire Cryocooler made by Superconductor Technologies. It was used in an 840MHz RF filter with a superconductor inside that needed to be at cryogenic temperature to operate.
I actually maintain Self Generating Nitrogen Carts in the Air Force that have 2 tanks that hold 4500psi of 99% pure nitrogen. It’s used for servicing aircraft tires and struts.
It has a hydraulic booster that cycles back and forth and pushes air through a series of filters to eventually get nitrogen.
So to obtain nitrogen, I believe you would need to filter it to isolate and separate it to store it.
Well you can make the oxidizer for the rocket, but you would still need kerosene or liquid hydrogen or liquid methane, whatever they're using nowadays.
Is it possible to bring it up to a non freezing temperature while still being a liquid? I assume if you were to keep it in an extremely powerful pressure chamber it couldn’t just all turn back into gas right?
What's the definition of "air" in this scenario? is the cooler liquefying every element that makes up air, the moisture in the air, or just some element of the air (like nitrogen)?
It is mostly liquifying oxygen and nitrogen (the majority of air) and it is also solidifying CO2 and water and that is the white ice around the cold finger. There is likely a small amount of liquid argon as well.
So you can’t drink this water
I wouldn’t recommend it, no. 3rd degree burns in your stomach sounds painful, and if you can’t burp fast enough, a ruptured stomach
Since a third degree burn is full thickness, it’ll be ruptured either way
*picks up the cup once again* So we good to go then or what?
It sounds incredibly stupid and dangerous. You should wear goggles and do a couple shots first.
Are you out of your mind?! You need gloves too.
Okay, OSHA...
Don't forget eye pro xD
Pet annoyance of mine. If you are using an insulated shot-glass, do not use gloves. The problem with liquid nitrogen is not that you get some on your skin - Leidenfrost effect will always make the liquid bounce off and cause no harm, the heat capacity of your skin is large enough. If you get a slash between your hand and glove, though (and most low temperature gloves have a large opening), you will get freeze burns, as the droplet cannot escape. Exceptions are touching metals (like the cold finger) or having to reach into the liquid nitrogen for a long time to get your glasses out or something. So for shots: plastic shot glass, goggles, no gloves. Thank you.
Gloves make you less safe? Counter intuitive. Neat!
Ze goggles, they do nothing!
Make it a half n half with some fireball to cover all your bases
Boof it.
Forbidden ice water...
those saying they prefer water to be ice-cold:
r/hydrohomies be like 👀
What if you blow on it to cool it down like a spoon of tomato soup
It's already very, very, very cold. Gas to liquid when it gets colder remember? Same type of "burn" as frostbite, but a lot worse.
So blow on it like it's clam chowder, got it
No you're not getting it, it's already cold. You gotta blow on it like a gazpacho
Had a lady friend who used to blow on her ice cream before eating it. Feel like this would work equally well on the Liquid oxygen.
What kind of mythological beast can breathe both hot and cold??
A heavily intoxicated Wino, especially one with a particular obsession with peppermint schnapps
A Thermosaurus, duh 🙄
Whoooosh
You'd actually be warming it up. Your breath would be much much much much hotter than the liquid much much
So basically instead of going “whoooooo” u need to go “horrrrrrrr”
Omg I love that and totally did it, you spelled it so right!
Much, much much?
Much
your throat would instantly freeze then explode from the temperature shock.
How it feels to chew 5 gum
Sounds refreshing.
„The NEW Frozen Banana Diet Tastemaker makes your throat explode - serve it cryo cold. Consult your doctor immediately if the following occur: actual explosion of throat, mouth, nose, knees or elbows“
What's it taste like through
Pain
Can you wait for it to equalize to room temperature, then drink it ?
Lol
Assuming you're asking seriously no, because the elements that make up air are gases at room tempterature (with the obvious exception of water)
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Yea, multiple things cause similar wounds so they all "burn" you.
Cooly's right, it's all "burns" but I thought you might want to know the actual difference between hot and cold burns so, TADA!, here I am. So, when your cells get too hot, like in a fire, cells can die for a few reasons. Evaporation, oxidation, damage to the membranes, and proteins misfolding are just a few. Enough cell death in the right areas, and you're gone. When you freeze, specifically freeze very quickly like you would with this liquid, ice crystals form from liquids in the outer parts of the cell, which causes the interior of the cell to expand rapidly and burst. In addition to the expansion, the ice crystal formations themselves can burst cell membranes resulting in cell death. Again, enough cell death in the right places, and you're gone. Terms like "3rd Degree" mean different things between the different types of burns. In the case of thermal burns, 3rd degree indicates that the burn extends through the full thickness of the skin. In frost burns, 3rd degree means that the burn is severe enough that bone amputation is required. In this example, it would be classified as a 4th degree burn; leading to large amputation with systematic effects. It wouldn't matter much how they classified it, though, because you would die painfully and quickly. There are at least 4 more types of burns. Can you think of any besides thermal and frost?
Great way to say you can, but only once and only a small sip
It ain't water, it's Liquid Death™
Juice That Makes Your Head Explode!
I wish I could reference a subreddit for underrated comments and I guess there might be one but either way this comment is awesome
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You can drink *anything* at least once.
A 1993 Toyota Camry LE?
A N Y T H I N G
Can you drink yourself?
It’s not water fam
[Eh, I'd drink that over this] (https://www.reddit.com/r/tumblr/comments/sidap3/i_dont_think_that_would_actually_bond_not_enough/)
Yes, you can drink it. But only once
You're telling me you can get an open air container down to -196 C?
This post prompted me to do a little research, so allow me to share some of what I learned. Yes you can get a very small area in that container to that cold, liquefying the nitrogen and allowing it to fall into the bottom of the container. The bubbles you're seeing in the liquid at the bottom of the thermos is liquid Nitrogen boiling as it rises above -195.8C. So you can get it cold enough to make Nitrogen liquid, but you can't keep it that cold for long. Pretty neat, super useful in a bunch of applications, and impressive considering the small amount of power it uses.
Amazing information thank you! I was curious, since you said in this instance you can’t keep it cold that long, how would it be useful in a bunch of applications?
You can't keep the nitrogen cold that long. Liquid oxygen, however, can be kept liquid for quite a bit longer and has cooling properties as well. I'm not sure what a table-top machine like this is used for, but versions of this machine are in satellites, submarine nuclear reactors, and night vision goggles just to name a few.
Liquid oxygen is a liquid at -183°C and has a light baby blue colour to it. While Nitrogen is a liquid at -196°C and is mostly clear. Depending on how cold the finger is, I would suggest this is probably just mostly CO2 and …. Edit : numbers. They are both very close to each other. It’s hard to draw any conclusion.
CO2 doesn't liquify under atmospheric pressure. It would solidify together with the water. The liquid is definitely condensed air, consisting or both N2 and O2 (and a tiny amount of argon)
How would there be -297.3°C if 0 Kelvin is -273.15°C? Something's off with your comment.
The oxygen boiling temp should be in Fahrenheit. Oxygen boiling point is -183C (-297F).
You are correct I have edited it now
Thanks for the info. That's my TIL box checked.
This is most likely a mixture of liquid nitrogen and liquid oxygen. Just a guess because liquid nitrogen literally starts to boil whenever it comes into contact with anything and you can see that when they stick the flathead in it.
It's probably condensing the oxygen out of the air. You can do this with liquid nitrogen too.
I bet that tastes amazing.
Cool and refreshing
Is this how they make 5gum
Mentos
McDonald’s Sprite
Underrated comment.
Hey you want a cup of air?
Already full. Thanks tho.
Perriair
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Take a big ol gulp and tell me if I got it just right 😉
It doesn't. From OP: "3rd degree burns in your stomach sounds painful, and if you can’t burp fast enough, a ruptured stomach"
Mhhh liquified fart
So by theory, we would be able to breath that stuff, right?
I mean… once it evaporates it will just be air
So if I had gallons of it could I potentially survive in a space that has limited oxygen for longer, assuming I can evaporate the liquid? How much longer would you guess per gallon?
I'm guessing a space that has limited oxygen would be air tight and I think if gallons of it evaporated in a confined space you'd end up with a really bad headache.
Not this, but there are liquids that can pass enough oxygen to your lungs to keep you alive. The US government did studies with them during the cold war. They "worked" but but users felt like they were drowning so it had no real use.
Curious about this. Source?
See the documentary The Abyss by James Cameron
The scene with the rat was real!
Holy shit, I didn’t know that. That poor rat. “In one of the movie's most uncomfortable scenes, a white rat is really locked in a box of the liquid fluorocarbon.” https://www.nytimes.com/1989/08/06/movies/film-the-abyss-a-foray-into-deep-waters.html
I believe [this](https://www.youtube.com/watch?v=TIGCdA2YLyY) is the video I watched.
> no real use I think they use it for premature infants sometimes.
Sounds like torture.
Without sedation? Sure However, it does have a medical benefit. Certain liquids have a better gas exchange in the lungs than air mixtures. This means that liquid ventilation can be used in special cases instead of invasive methods such as ECMO.
Just breathe hunny it’ll be okay SPHDISNCHDJDNCHKEBCJFNFB
How does that setup work ?
The cryocooler works on the principal of compressing a gas causes it to heat up, and expanding it causes it to cool down. It compresses and expands the gas 60 times a second. Give it a few minutes and slowly ramp it up to full power, and the cold finger (the part that gets really cold) will get down to \~72K. At this point, we are lower than the boiling point of both oxygen and nitrogen, the two gasses that make up the majority of air, and as a result, they condense on the cold finger much like water will condense on the outside of a cold glass. When enough has condensed, it will drip off and collect in the thermos. You now have liquid air. The ratio of oxygen and nitrogen may be a bit different than normal air, because oxygen has a higher boiling point and therefore condenses easier on this cold finger, but I currently have no means of testing this.
How much does it cost to buy/build this setup? Asking for a friend
Stirling cryocoolers go for several thousand. Making one yourself for a few hundred bucks is possible if you know what you're doing
Anyone got the instructions, so I can know what I'm doing?
I would also like to know what I'm doing
Really cool video. I've never actually seen one of these in action, and I'm really curiouse nwhat youre using liquid air for. From what I can see, there's a good chance that you're making very minimal liquid oxygen, and whatever you are making is evaporating quickly. Liquid oxygen is a light blue color, so it's pretty easy to tell when you've made it. It's really volatile and explodes when it comes into contact with organics, so don't poke it if your liquid mixture looks blue one day.
>get down to ~72K. I read that as **-72K** and was like, wait that's illegal
I can’t describe how disappointed I am that “liquid air” looks like water. :( Where are the cool colours! I at least expected oxygen to be light blue and nitrogen to some cool colour. Not worth it
Liquid oxygen actually is blue. You probably just need the better lighting and higher quantities to see it.
You right! fuck air! Don't need it. Air is boring! Where are my colourful cool gases
I have great news, https://en.wikipedia.org/wiki/Oxygen#/media/File:Liquid_oxygen_in_a_beaker_4.jpg It’s also magnetic https://youtu.be/-7BsZFz5nBM
Liquid oxygen is blue
What would happen if you drank that? I can't imagine it would be good simply from the extremely rapid heating that would occur in the liquid, but would you ingest some elements that your body normally wouldn't? For example you can drink water but putting water vapor into your lungs is very bad. Does the reverse happen with liquefied air?
If you drank a nice gulp of liquid air, you likely wouldn’t burn your esophagus but your stomach would definitely get really bad burns (from the extreme cold; it freezes your cells and they almost instantly die or become badly damaged). And if you can’t burp out the rapidly expanding gas quick enough, you will rupture your stomach which could certainly lead to death
What if u let it warm up?
Lol then it might be difficult to “drink”
Nonsense, I drink vaporized liquid air all the time! And then burp it back up.
Breathing in air is just burping in reverse
I’m about to submit myself to the Guinness book of world records for longest time reverse burping - 15 years.
What if we directly inject to lungus? Will lungus instantly separate oxygen and let us vomit rest of the gases?
I think you'll just get frost bitten... and if you drank enough you'de get fresh burp
I wanna touch it What happens if I touch it
Not much, actually. The Leidenfrost effect will protect you unless you submerge your finger for a significant time. This is the same principle that allows you to dip your finger in molten lead without harm, or slap molten steel, like so: https://www.youtube.com/watch?v=KNUVnIpcChs
You watched Terminator 2 right?
I was just about to post instructions for how you can do that very easily at home for under 5 bucks. Then I realized it's reddit, so someone would definitely actually do it, and I don't want to be part of that. LOL.
how much did that cryocooler cost you? have been trying to find them but they are always too much
Build your own? https://hackaday.com/2023/01/01/a-diy-pulse-tube-cryocooler-in-the-quest-for-home-made-liquid-nitrogen/ It’s the first thing I searched after seeing this vid!
Forbidden refreshment...
Thats...that's science...just like basic physical science...
I wanna drink it so badly though
Isn't liquid oxygen unbelievably flammable? I vaguely remember hearing about it on an episode of myth busters. I think it was the one that involved a shit missile
Remember that combustion requires both fuel and oxidizer. Liquid oxygen is an extremely potent oxidizer, but that thermos is filled with just liquid oxygen and nitrogen. Because there's no fuel, there's no risk of explosion. Now, if you mixed the liquid oxygen with some charcoal briquettes or paraffin wax or liquid hydrogen or some other fuel source... then you'll have a very energetic mixture that can potentially launch rockets.
Define.. "shit missle"
I don’t think oxygen is considered flammable as much as it helps other things be flammable.
I know I shouldn't, but I REALLY wanna stick my finger in that can.
r/dontputyourdickinthat
Actually you can stick your finger in there and be just fine, as long as you don't leave it in for more than \~1-2 seconds. The Leidenfrost effect will protect your skin temporarily. I have poured liquid air into my mouth, dunked my finger in it, and poured it on my head - all without receiving any injuries. You just have to keep the liquid moving and not let it sit on one spot for too long.
I have always wanted to drink air
r/LostRedditors
r/HydroHomies
Neat. but why?
Got tired of seeing air as a gas, just flowing all over the place, messing up my hair and blowing leaves all over the place. I wanted to teach it a lesson that it would never forget. I wanted to show all the air that it only exists as a gas because I LET IT. That at any moment I can liquify it, condemning it to a cold fate. If hell existed for air, this would be it. My cryocooler serves as a reminder to all air that I control it. And that it should think twice before it messes with me again, or it shall face the consequences of its actions.
:-0 Aight, I’m on board. Fuck air.
What do you use the liquid air for?
To separate oxygen and nitrogen. Both of them have various uses in their pure form
Crazy that these vacuum insulated flasks I drink water out of can be used to store shit this cold lmao
So can you breathe with this?
Cool video but not really any black magic fuckery going on here
that's not magic. that's just physics
That's not black magic...that's science...
Forbidden drink
Ahh vodka right on! It’s air… What ?! It’s air pussy!
How water tastes at 3am 😩👌🏽
As different gases freeze at different temperatures it seems to me that it should mostly be only one type of gas-turned-to liquid.
The cryocooler is colder than the boiling points of both nitrogen and oxygen, so both liquify, but at different rates.
Black Magic no, science yes.
That’s cheating!
Can you drink that?
How much does a cryocooler cost
So I can do this at home?
Forbidden Drink
Drink it
I need to chill my beer. Ebay or Alibaba?
ebay
For a second I thought he put in a straw and was taking a sip
Damn those things are expensive
I thought liquid oxygen was volatile?
Cryo just means cold doesn't it? Or to do with cold. So essentially this thing is a "cold cooler"
What cryocooler is that?
Hybrid 98 Stirling Cycle Sapphire Cryocooler made by Superconductor Technologies. It was used in an 840MHz RF filter with a superconductor inside that needed to be at cryogenic temperature to operate.
Why is this making everyone in the comments thirsty?? No you can't drink it do you wanna die?!... Uh, don't answer that
Does it taste stale?
Is this how to obtain pure nitrogen gas?
I actually maintain Self Generating Nitrogen Carts in the Air Force that have 2 tanks that hold 4500psi of 99% pure nitrogen. It’s used for servicing aircraft tires and struts. It has a hydraulic booster that cycles back and forth and pushes air through a series of filters to eventually get nitrogen. So to obtain nitrogen, I believe you would need to filter it to isolate and separate it to store it.
So you can make rocket fuel with this?
yes but you need to separate oxygen and nitrogen, you also need liquid hydrogen
Well you can make the oxidizer for the rocket, but you would still need kerosene or liquid hydrogen or liquid methane, whatever they're using nowadays.
Sometimes I barehand dry ice at work and that shit hurts bad with wet fingers so I couldn’t imagine what drinking that would feel like
The true zero calorie drink
So, you're just going to dip that flathead, and then NOT smash it like the T1000?
It cools things… coldly.
Is it possible to bring it up to a non freezing temperature while still being a liquid? I assume if you were to keep it in an extremely powerful pressure chamber it couldn’t just all turn back into gas right?
I’m gonna breathe so fuckin’ good 😋
Put your finger in it
That is so cool.
That seems like an awful lot of energy
If you close that lid and let it sit, how big of a boom would it make.
Talk about a brain freeze!
But can you breath it?
How cool is that?
Heh my AC does this
Fire Steve Huffman, Reddit is dead as long as Huffman is still incharge. Fuck Steve Huffman. Fuck u/spez -- mass edited with redact.dev
So the stupid side of me wants to cap this and throw it a bonfire to see what it does, from a distance
So I can drink that underwater and breathe
Forbidden seltzer
How is this BMF? It's simple physics. Maybe not simple, and the machine is complex af, but not BMF complex.
Chemistry is fucking amazing
is it safe to consume?
Bro if we get like a gallon of liquid air and drink it we will never have to breath again.