Why doesn't it run through the glass? I don't understand what's so weird about it running through the plug; it could just be something with a really low density, like fabric. It's not though, because the helium wouldn't run through it when it wasn't in the superfluid state.
The closer to absolute zero matter gets, the less the particles vibrate in it. Theoretically, absolute zero is reached when all movement ceases, which has never been achieved. But I don't think absolute zero conditions would affect time dilation in any way... correct me if I'm wrong >.>
The subatomic particles, viz ethereal particles from atoms and molecules maintain themselves the them inertial and eternal motion, thus the absolute zero is a thermic point of which we can approach, but we can not reach.This is the natural situation of the matter seen and unseen.We can not stop the inertial and internal motion from chemical matter or from ethereal mater. If it stop this motion, then can exist not the gravity and the actual celestial motion with the her order.
The temperature of 2.73 degrees Kelvin( -270.42 degrees Celsius) from the environing Cosmos, is not a residual temperature after the Big-Bang which was not- nevermore, but is only the normal temperature, of the ethereal matters from the whole Cosmos and from the around of the stars, of the planets and the them satellites.
Identically, at low temperatures in vecinity of absolute zero - the appearance of the system Bose-Einstein condensate is only a state of magnetic coupling of the gas's atoms the one some substance. Is not something special - special are only the animated diagrams which are presented as great discovery.
In the case of the superfluidity, in the absence of thermic photons - the magnetic fields of the substance's atoms are clean, are as some magnetospheres and it can easy make magneting couplings, head at head and in laterally lengthways and broadways the one surface and even on the height to one surface - as one spring, giving the illusion that it defy the gravity.
In the case of the superconductivity, the electrons it move not among atoms, but it move among atoms the thermic photons = the photons of the thermic radiations, which are eliminate from one body when it reduce the temperature towards zero degrees Kelvin. And in this state the motion of the electrons of conduction can ensure an uniform magnetic field in the conductor's round through which let circulate the electrical current= the particles of the electrical ether.
Although is not possible to reach the absolute zero, the investigating men had approached this zone of low temperature, and they had seen that the matter it present with new state: of superconductivity, of superfluidity, the state Bose-Einstein condensate or Meissner effect. At the state of superfluidity the liquid respect not the equilibrium at horizontal line, and at the state of superconductivity the electrical resistance it diminish near at zero.
Through the notion of temperature we understand how much is warm or is cold a body. And we ubderstand how of rapid oscillate the atoms or the moleculesat that one body. The absolute zero is only a theoretical notion which can not be obtained because the internal inertial motion, from matter, can not be stoped. This stoping of this motion mean the stoping the gravitational interaction which is identically - an impossible thing.
The heat is produced by the fight between the inductive magnetic field with the induced magnetic field; fields to whose particles it collide and it combine as some electrical contrary radiations. Thus the source of heat had entered directly in the metallic piece fot heating and it transform continuously in the heat and the light of the metallic bar, to whose temperature arrive in few seconds at 1000 degrees Celsius. Thus it consume electrical ether and not electrons.
Let's see how it produce thermic photons or heat in a industrial installation for heating metals. The installation it compose from rectifier,inverter and zone of load. Among them being disposed equipment of cooling, of command and control.The inverter transform power of continuous current in power of average frequency at 8000 Hz.The part named zone of load is formed from battery of condensers and from inductive coils and through the them interior pass bars of metal for heating
About the light from the electrical bulb the spacial brothers say us: "We see how the electrical ether -named of you electricity- how flow on the electrical wire on him above and it drain through the bulb's filament as in a watering can and give the seen light of you. This electrical ether is gathered by the yours generators through the rotor's rotation which attract thise particles from space, it condense them and send them through the yours wires as let will lighten on you.
@wowkidlrn2play Only in holywood mate. The liquid would boil off without even touching your hand for quite some time before doing what you said. Used to have an initiation test for new PhD students in the lab where we would drop a rubber bing into a dewar of N2(l). So long as they didnt take too long rummaging around for it, they could pull it out with ease. The only thing that risked burning their hand was the sub-zero bung, not the N2(l)
I dunno if this has been asked already or whatnot... but if the superfluid has 0 (zero) viscosity -- and it flows happily through the plug that held it... wtf was keeping it in?!
@Meman136 Via a mathematical linear extrapolation. When all molecules cease movement. Based on the basic gas laws. The reason why we can't reach them is because, as with all gases, they become liquids at a certain point. There's a wikipedia article on absolute zero.
Bonus is that since the overall pressure differential is minimal, the walls can be made of cheaper thinner materials. Increased container weight can be an issue, but using a spongelike rigid solid fill in the pressure gradient layers also retains structural strength inexpensively when properly internally reinforced.
For thermal gradient layers the same principal is in play, the more thermal isolation gradient layers, the easier it is to lower the innermost zone to near absolute zero cheaply.
Let's say you want 100% vacuum in a drum. Well, a full vacuum is hard to maintain and dangerous in case of container fracture. But if you have 3 GRADIENT LAYERS of vacuum, then it's a breeze. Outermost LAYER is where you are (at Sea Level = 101.325 kPa). 1st LAYER should be 1/2 that pressure = 50.675 kPa). 2nd LAYER should be 1/4 pressure = 25.338 kPa. 3rd LAYER should be 1/8 pressure = 12.669 kPa. Your innermost layer can then be evacuated to zero pressure. Minimal explosive implosion.
How to efficiently reduce pressures and temperatures you ask?
Firstly LAYERS. Think of a winter coat trapping your body heat with lots of insulating fibers. Now think of a thermos limiting heat loss to a tiny amount of conductive thermal transfer (physical contact) and radiant thermal transfer (infrared energy wavelengths). Now LAYER your object-to-be-cooled in multiple containers with minimal physical contact with each container LAYER.
@ZzRvXzZ Well, it's well below zero in Celsius and Fahrenheit, yes.
When they're referring to zero in the video, they're not talking in units of Celsius or Fahrenheit anymore since it's too cold. They're using Kelvin, where the unit is more appropriate.
@iamthejuggler Actually, temperature, simply stated, is the speed at which fundamental particles are moving or vibrating. Space isn't a perfect vacuum, though. Even in intergalactic space, there's a least one particle per square meter. So as long as there's a particle moving, there's temperature.
Seeing as how temperature is the measurement of particle movements, if there are no particles, there is no temperature.
Measuring an area with absolute 0 is absolutely impossible for us, however, seeing as how even if you were in a complete void with no particles, not even light, there is still the measuring instrument which contains particles which will bounce off of the main mass and therefore create a temperature.
If I had to guess, the only areas in the universe which could possibly have a temperature of absolute zero would be the event horizons of black holes, and then that would only be temporary as the black hole decays or consumes, and this may be entirely false in the first place if it turns out gravitons are proven to exist.
Wow I need that stuff! :) Reading some comments...best way to see why you can never reach absolute zero kinetically.....if an object starts with X amount of heat, and you take half away, you have X/2 heat left. Do it again. (X/2)/2 = X/4. Again, X/8. Keep doing it...you might get X/1,000,000,000 which is very, very close to zero. But you can never take it all away, only part of it at a time.
@MeteorMan05 no your wrong super fluids are flowing strait through the glass because there's tiny pores in the glass. since the fluid has zero viscosity it can move through the tiniest of holes. good day sir
@MeteorMan05 no your wrong super fluids are flowing strait through the glass because there's tiny pores in the glass. since the fluid has zero viscosity it can move through the tiniest of holes. good day sir
@MeteorMan05 no your wrong super fluids are flowing strait through the glass because there's tiny pores in the glass. since the fluid has zero viscosity it can move through the tiniest of holes. good day sir
@MeteorMan05 you're wrong, the fluid is flowing right through the tiny pores of the glass. zero viscosity allows the fluid to go through the tiniest of holes. Get your facts strait. and good day sir
@MeteorMan05 you're wrong the zero viscosity of the fluid allows the liquid to flow through the tiniest of holes such as the pores in some types of glass.get your facts strait and good day sir
@MeteorMan05 you're wrong the zero viscosity of the fluid allows the liquid to flow through the tiniest of holes such as the pores in some types of glass.get your facts strait and good day sir
@PwnUrMommaAss lol liquid N2 is fine as long as you don't hold it in your hand etc ... it touching your surfaces tangentially doesn't do much since it has such a low thermal capacity.
You know what's funny? I was making the exact same face Miller was doing (open jaw and everything) while looking at the super fluid standing still like that. Then when Profesor Taylor talked to him and sort of startled him I was startled too. XD
@ichbinned2 Supposedly, you have to add immense pressure to the liquid helium in order to solidify it because even if you could get it to absolute 0 it will remain a liquid.
The part in which the helium pours out of the tube is misleading. One can clearly see the bottom of the tube has some brown substance, which is probably a clay with very small pores. Helium only leaks out because such pores are there. If the container was a perfectly sealed glass ampole, I do believe the helium would not simply go through the glass as if it were a ghost, and would remain contained.
@99akol992 That would be impossible, as it would boil immediately upon getting anywhere near your mouth..then if you could it was just give you severe frost bite.
im 14 forgive me but. superfluid passed through that solid? as in like THROUGH IT?! LITERALLY? or did the fluid rise up from the container down to the butt of the container?
And...this is why I have chosen to write a research paper about this topic. <3
VINHQLUONG 9 hours ago
Why doesn't it run through the glass? I don't understand what's so weird about it running through the plug; it could just be something with a really low density, like fabric. It's not though, because the helium wouldn't run through it when it wasn't in the superfluid state.
alekojlime 3 days ago
@alekojlime its running through the tube because of one of its properties that allows to to seep through holes that are an atom in diameter
killdynamite 1 day ago
thms up if ur waching cuz of vsauce
electra54321 3 days ago in playlist TEMPERATURE SCIENCE!
pretty cool :D
nonickworks 1 week ago
How can it stay inside that container??
maxshuty 2 weeks ago
How are they able to contain it in the experiment?
detached 2 weeks ago
if you guys like this experiment, I urge you all to watch this fantastic documentary called "Absolute Zero"
/watch?v=y2jSv8PDDwA&feature=sh_e_se&list=SL
spykar87 2 weeks ago in playlist TEMPERATURE SCIENCE!
What happens to things when they reach near zero, as far as time dilation is concerned.
bicnarok 3 weeks ago
@bicnarok
Don't think time dilation is concerned at all...
The closer to absolute zero matter gets, the less the particles vibrate in it. Theoretically, absolute zero is reached when all movement ceases, which has never been achieved. But I don't think absolute zero conditions would affect time dilation in any way... correct me if I'm wrong >.>
Kevooi 1 week ago
I know Professor Robert Taylor.
You jelly?
tomovids 3 weeks ago
@tomovids No, I'm human.
thesnailpoop 3 weeks ago
• SandustanBrasov
The subatomic particles, viz ethereal particles from atoms and molecules maintain themselves the them inertial and eternal motion, thus the absolute zero is a thermic point of which we can approach, but we can not reach.This is the natural situation of the matter seen and unseen.We can not stop the inertial and internal motion from chemical matter or from ethereal mater. If it stop this motion, then can exist not the gravity and the actual celestial motion with the her order.
sandustanBrasov 1 month ago
This has been flagged as spam show
• SandustanBrasov
The temperature of 2.73 degrees Kelvin( -270.42 degrees Celsius) from the environing Cosmos, is not a residual temperature after the Big-Bang which was not- nevermore, but is only the normal temperature, of the ethereal matters from the whole Cosmos and from the around of the stars, of the planets and the them satellites.
sandustanBrasov 1 month ago
This has been flagged as spam show
• SandustanBrasov
Identically, at low temperatures in vecinity of absolute zero - the appearance of the system Bose-Einstein condensate is only a state of magnetic coupling of the gas's atoms the one some substance. Is not something special - special are only the animated diagrams which are presented as great discovery.
sandustanBrasov 1 month ago
This has been flagged as spam show
• SandustanBrasov
In the case of the superfluidity, in the absence of thermic photons - the magnetic fields of the substance's atoms are clean, are as some magnetospheres and it can easy make magneting couplings, head at head and in laterally lengthways and broadways the one surface and even on the height to one surface - as one spring, giving the illusion that it defy the gravity.
sandustanBrasov 1 month ago
• SandustanBrasov
In the case of the superconductivity, the electrons it move not among atoms, but it move among atoms the thermic photons = the photons of the thermic radiations, which are eliminate from one body when it reduce the temperature towards zero degrees Kelvin. And in this state the motion of the electrons of conduction can ensure an uniform magnetic field in the conductor's round through which let circulate the electrical current= the particles of the electrical ether.
sandustanBrasov 1 month ago
• SandustanBrasov
Although is not possible to reach the absolute zero, the investigating men had approached this zone of low temperature, and they had seen that the matter it present with new state: of superconductivity, of superfluidity, the state Bose-Einstein condensate or Meissner effect. At the state of superfluidity the liquid respect not the equilibrium at horizontal line, and at the state of superconductivity the electrical resistance it diminish near at zero.
sandustanBrasov 1 month ago
• SandustanBrasov
Through the notion of temperature we understand how much is warm or is cold a body. And we ubderstand how of rapid oscillate the atoms or the moleculesat that one body. The absolute zero is only a theoretical notion which can not be obtained because the internal inertial motion, from matter, can not be stoped. This stoping of this motion mean the stoping the gravitational interaction which is identically - an impossible thing.
sandustanBrasov 1 month ago
• SandustanBrasov
The heat is produced by the fight between the inductive magnetic field with the induced magnetic field; fields to whose particles it collide and it combine as some electrical contrary radiations. Thus the source of heat had entered directly in the metallic piece fot heating and it transform continuously in the heat and the light of the metallic bar, to whose temperature arrive in few seconds at 1000 degrees Celsius. Thus it consume electrical ether and not electrons.
sandustanBrasov 1 month ago
• SandustanBrasov
Let's see how it produce thermic photons or heat in a industrial installation for heating metals. The installation it compose from rectifier,inverter and zone of load. Among them being disposed equipment of cooling, of command and control.The inverter transform power of continuous current in power of average frequency at 8000 Hz.The part named zone of load is formed from battery of condensers and from inductive coils and through the them interior pass bars of metal for heating
sandustanBrasov 1 month ago
• SandustanBrasov
About the light from the electrical bulb the spacial brothers say us: "We see how the electrical ether -named of you electricity- how flow on the electrical wire on him above and it drain through the bulb's filament as in a watering can and give the seen light of you. This electrical ether is gathered by the yours generators through the rotor's rotation which attract thise particles from space, it condense them and send them through the yours wires as let will lighten on you.
sandustanBrasov 1 month ago
brain.exe crashed
dirtbikemike204 1 month ago in playlist TEMPERATURE SCIENCE!
Chuck Norris drink this every day
EatAsh 1 month ago in playlist TEMPERATURE SCIENCE!
VSAUCE ARMY COMING THROUGH
DannySmith300 1 month ago in playlist TEMPERATURE SCIENCE!
I wonder if Sub Zero could hangle temperatures this low.
crusigala 1 month ago in playlist TEMPERATURE SCIENCE!
this looks so danger... and interesting @@
karumentic 1 month ago
The best way to cool a beer.
SquawkThroughs 1 month ago in playlist TEMPERATURE SCIENCE!
@SquawkThroughs Beer begins to fall through glass.....
FUUUUUUU-
williamwzl 1 month ago 2
Peed in a water bottle during this video
Inexpungibility 1 month ago in playlist TEMPERATURE SCIENCE! 2
i wonder what would happen your hand if you dipped it in there..
Halpin994 1 month ago
@Halpin994 It's freeze, down to the bone, you would be able to pull your hand apart with no pain and ease.
wowkidlrn2play 1 month ago
@wowkidlrn2play Only in holywood mate. The liquid would boil off without even touching your hand for quite some time before doing what you said. Used to have an initiation test for new PhD students in the lab where we would drop a rubber bing into a dewar of N2(l). So long as they didnt take too long rummaging around for it, they could pull it out with ease. The only thing that risked burning their hand was the sub-zero bung, not the N2(l)
Tossphate 1 month ago
Can helium become a solid? if not is it the only element that can't become a solid?
TuckerWooldridge 2 months ago in playlist TEMPERATURE SCIENCE!
@TuckerWooldridge its freezing point is below absolute zero and there for is impossible
stress4567 2 months ago
@stress4567 But I think it can provided that you put huge amount of pressure onto that system. Even hydrogen can form solid. (i think its in jupiter)
monstertamer 1 month ago
never would hav thot any liquid could hav no viscosity. it blows my mind!
thunder72191 2 months ago
I dunno if this has been asked already or whatnot... but if the superfluid has 0 (zero) viscosity -- and it flows happily through the plug that held it... wtf was keeping it in?!
zenozip 2 months ago
ˇatoms of helium act like one mindˇ (no indiviual atoms jumping around) ... so that means that waters is retarted :D
korean007coin 2 months ago in playlist TEMPERATURE SCIENCE!
Look at his face as the video goes on, you can see him having a science-gasm :L
bobspianosbffl 2 months ago in playlist TEMPERATURE SCIENCE! 2
If it's impossible to reach absolute zero, how do we know what temperature it is?
Meman136 2 months ago in playlist TEMPERATURE SCIENCE!
@Meman136 It was calculated by William Thompson (Lord Kelvin)
TheXiastro 2 months ago
@Meman136 Via a mathematical linear extrapolation. When all molecules cease movement. Based on the basic gas laws. The reason why we can't reach them is because, as with all gases, they become liquids at a certain point. There's a wikipedia article on absolute zero.
blender3dartist 2 months ago
i sound normal because he is british
carlouljancic 2 months ago in playlist TEMPERATURE SCIENCE!
1 drop of liquid helium and my thirst is already full
MrCarcallas 2 months ago in playlist TEMPERATURE SCIENCE!
holy crap that's the most craziest thing i've ever seen!!!!!!!!
gtheskater 3 months ago
thumbs up if you looked quick and read Ben Stiller...
ryansisters1 3 months ago in playlist TEMPERATURE SCIENCE! 2
he asked "WHY CANT YOU GET TO ABSOLUTE ZERO"! answer the damn question!
o0o0styx 3 months ago
We're made of weird stuff like this!
MrNickWright 3 months ago in playlist vsauce leanback 3 2
Bonus is that since the overall pressure differential is minimal, the walls can be made of cheaper thinner materials. Increased container weight can be an issue, but using a spongelike rigid solid fill in the pressure gradient layers also retains structural strength inexpensively when properly internally reinforced.
For thermal gradient layers the same principal is in play, the more thermal isolation gradient layers, the easier it is to lower the innermost zone to near absolute zero cheaply.
Matrix29bear 3 months ago
Let's say you want 100% vacuum in a drum. Well, a full vacuum is hard to maintain and dangerous in case of container fracture. But if you have 3 GRADIENT LAYERS of vacuum, then it's a breeze. Outermost LAYER is where you are (at Sea Level = 101.325 kPa). 1st LAYER should be 1/2 that pressure = 50.675 kPa). 2nd LAYER should be 1/4 pressure = 25.338 kPa. 3rd LAYER should be 1/8 pressure = 12.669 kPa. Your innermost layer can then be evacuated to zero pressure. Minimal explosive implosion.
Matrix29bear 3 months ago
How to efficiently reduce pressures and temperatures you ask?
Firstly LAYERS. Think of a winter coat trapping your body heat with lots of insulating fibers. Now think of a thermos limiting heat loss to a tiny amount of conductive thermal transfer (physical contact) and radiant thermal transfer (infrared energy wavelengths). Now LAYER your object-to-be-cooled in multiple containers with minimal physical contact with each container LAYER.
The key is GRADUAL LAYER ENERGY CHANGES.
Matrix29bear 3 months ago
...so ghosts CAN be real?? O.o
topei18 3 months ago in playlist TEMPERATURE SCIENCE!
it runs through the plug, but not though the big glass container...so what is the plug made of?
TrueAster321 3 months ago
we can unite all humans by freezing them! ice queen was right!
notfree25 3 months ago in playlist TEMPERATURE SCIENCE!
this guys is unbearably british
TheSOA93 3 months ago in playlist TEMPERATURE SCIENCE!
solid helium?
bleachzeldakid 4 months ago in playlist TEMPERATURE SCIENCE!
i wonder if you can make solid helium
bputra13 4 months ago in playlist TEMPERATURE SCIENCE!
Drink it.
Aliousis 4 months ago in playlist TEMPERATURE SCIENCE! 103
@Aliousis it would run right through you :)
glasspuff 4 months ago in playlist TEMPERATURE SCIENCE! 35
@glasspuff with zero viscosity it would be in every crack and crevice of your body.
randomhajile11 2 weeks ago
This has been flagged as spam show
@Aliousis
You WILL die.
NarlepoaxIII 4 months ago in playlist TEMPERATURE SCIENCE!
@Aliousis nnnnooooooooooooooooooooooooooooooo!!!!!!!!!!
lemonzing234 3 months ago in playlist TEMPERATURE SCIENCE!
That is amazing....
MrCubeGuy 4 months ago
came here because of vsauce stayed beacause of his accent
DUCKIE1337 4 months ago in playlist TEMPERATURE SCIENCE!
OMG WE WATCHED THIS IS CLASS!
dylanthedude123 4 months ago in playlist TEMPERATURE SCIENCE!
Jesus, colder then space man I'm not touching that, lol. How close is space to zero and what's the deffirents between the two
xXIcyStealthXx 4 months ago
@xXIcyStealthXx
close to zero? lol dude, thats below zero... like -270 ºc
ZzRvXzZ 4 months ago
@ZzRvXzZ Well, it's well below zero in Celsius and Fahrenheit, yes.
When they're referring to zero in the video, they're not talking in units of Celsius or Fahrenheit anymore since it's too cold. They're using Kelvin, where the unit is more appropriate.
JuanCee7 4 months ago in playlist TEMPERATURE SCIENCE!
@xXIcyStealthXx Space doesn't have a temperature, it's a vacuum.
iamthejuggler 3 months ago
@iamthejuggler Yes it does, and no it's not.
tHickman95 3 months ago
@iamthejuggler Actually, temperature, simply stated, is the speed at which fundamental particles are moving or vibrating. Space isn't a perfect vacuum, though. Even in intergalactic space, there's a least one particle per square meter. So as long as there's a particle moving, there's temperature.
justkatelyn 3 months ago in playlist TEMPERATURE SCIENCE!
@justkatelyn Interesting. So if you did have a perfect vacuum, would it have a temperature. I had figured not but i'm getting less sure of the idea!
iamthejuggler 3 months ago
@iamthejuggler I don't think so, but don't quote me on that. I'm not a scientist :)
justkatelyn 3 months ago
@justkatelyn
Seeing as how temperature is the measurement of particle movements, if there are no particles, there is no temperature.
Measuring an area with absolute 0 is absolutely impossible for us, however, seeing as how even if you were in a complete void with no particles, not even light, there is still the measuring instrument which contains particles which will bounce off of the main mass and therefore create a temperature.
Joehtosis 3 months ago
@Joehtosis
If I had to guess, the only areas in the universe which could possibly have a temperature of absolute zero would be the event horizons of black holes, and then that would only be temporary as the black hole decays or consumes, and this may be entirely false in the first place if it turns out gravitons are proven to exist.
Joehtosis 3 months ago
Wow I need that stuff! :) Reading some comments...best way to see why you can never reach absolute zero kinetically.....if an object starts with X amount of heat, and you take half away, you have X/2 heat left. Do it again. (X/2)/2 = X/4. Again, X/8. Keep doing it...you might get X/1,000,000,000 which is very, very close to zero. But you can never take it all away, only part of it at a time.
raptor731 4 months ago
And the featured video for today is: Dry ice farts when you cut it!
bp56789 4 months ago
wat
thedrunkleeeeeeeeeee 4 months ago
He's putting liquid nitrogen in with a bare hand and a styrofoam cup?!
blueeyedartist1 4 months ago in playlist TEMPERATURE SCIENCE!
thats fucking awesome
therealitybeforeyou 4 months ago in playlist TEMPERATURE SCIENCE!
Is that Bough from Johnny English??
trodwell22pivots 4 months ago in playlist TEMPERATURE SCIENCE!
@trodwell22pivots Yes
lennic95 4 months ago in playlist TEMPERATURE SCIENCE!
But... Will it bend?
montydhanjal 5 months ago
WRONG WRONG WRONG. The superfluid runs along the sides of the bucket and flows OUT not flows straight through it. Stupid British, get it right, BBC.
MeteorMan05 5 months ago
@MeteorMan05 no your wrong super fluids are flowing strait through the glass because there's tiny pores in the glass. since the fluid has zero viscosity it can move through the tiniest of holes. good day sir
mattyg5467 5 months ago
@MeteorMan05 no your wrong super fluids are flowing strait through the glass because there's tiny pores in the glass. since the fluid has zero viscosity it can move through the tiniest of holes. good day sir
mattyg5467 5 months ago
This has been flagged as spam show
@MeteorMan05 no your wrong super fluids are flowing strait through the glass because there's tiny pores in the glass. since the fluid has zero viscosity it can move through the tiniest of holes. good day sir
mattyg5467 5 months ago
This has been flagged as spam show
@MeteorMan05 you're wrong, the fluid is flowing right through the tiny pores of the glass. zero viscosity allows the fluid to go through the tiniest of holes. Get your facts strait. and good day sir
mattyg5467 5 months ago
@MeteorMan05 you're wrong the zero viscosity of the fluid allows the liquid to flow through the tiniest of holes such as the pores in some types of glass.get your facts strait and good day sir
mattyg5467 5 months ago
@MeteorMan05 you're wrong the zero viscosity of the fluid allows the liquid to flow through the tiniest of holes such as the pores in some types of glass.get your facts strait and good day sir
mattyg5467 5 months ago
With the explaination at 0:36 you could also assume, that achilles never reaches the turtle
HRiZiC 5 months ago
0:59
gotta love it when the physics PhDs make high school math errors (it's actually 8 zeros).
gorgolyt 5 months ago
but does helium freeze?
killerkoolaid101 5 months ago in playlist TEMPERATURE SCIENCE!
@killerkoolaid101
No, it does not have a solid state that can be reached.
BrianLovelace128 5 months ago
would it go through your hand if it didn't heat up straight away?
TechSmack 5 months ago
make yourself 1 K and walk trough walls :P
Th1s1sMyAcc0untNam3 5 months ago in playlist TEMPERATURE SCIENCE!
Who find this vid. from vsauce :)
SuperMbedo 5 months ago in playlist TEMPERATURE SCIENCE!
pouring liquid nitrogen without gloves... LIKE A BOSS
PwnUrMommaAss 5 months ago in playlist TEMPERATURE SCIENCE! 92
@PwnUrMommaAss lol liquid N2 is fine as long as you don't hold it in your hand etc ... it touching your surfaces tangentially doesn't do much since it has such a low thermal capacity.
pubuman 2 months ago
HOLY... It's an anomaly!
therupertbob 5 months ago in playlist TEMPERATURE SCIENCE!
what is happening when is going through
mrjeovanni45 5 months ago in playlist TEMPERATURE SCIENCE!
@nevaboyer would u walk? Would u stay solid? Would u be alive? Is it possible?
Yes. I think.
hgiq 5 months ago
The superfluid doesnt fall out of the container, it runs up the inside and then down the outside falling off the bottom
whatyouguysmissed 5 months ago in playlist TEMPERATURE SCIENCE!
Okay, so how is the superfluid helium contained in the main container? =/
Smonjirez 5 months ago
@Smonjirez it boils into gas before it gets out of the container
hahaureadmyname 5 months ago
If i could get that cold, would i walk through people?
nevaboyer 6 months ago in playlist TEMPERATURE SCIENCE!
@nevaboyer nice idea =D
gemdha21 5 months ago
You know what's funny? I was making the exact same face Miller was doing (open jaw and everything) while looking at the super fluid standing still like that. Then when Profesor Taylor talked to him and sort of startled him I was startled too. XD
This is just awesome stuff.
Raydeus 6 months ago in playlist TEMPERATURE SCIENCE!
Thats "cool" :D :D Get it? cause it's cold? Never mind...
TheRealDoctorBonkus 6 months ago in playlist TEMPERATURE SCIENCE!
Mind blowing...where i hear that? :D
MegaSoldier01 6 months ago in playlist TEMPERATURE SCIENCE!
Thank you SO much BBC for posting this video. I had been having trouble sleeping, but two minutes into this and I was out like a light
spider23000 6 months ago
I love science.
1MexJ 6 months ago
It's minecraft water.
dtice25 6 months ago in playlist TEMPERATURE SCIENCE!
dam nature u scary!
KFCArbiter 6 months ago in playlist TEMPERATURE SCIENCE!
i wonder can you turn helium into a solid i mean if it takes -269 celcius to even turn it into a liquid
ichbinned2 6 months ago in playlist TEMPERATURE SCIENCE!
@ichbinned2 Supposedly, you have to add immense pressure to the liquid helium in order to solidify it because even if you could get it to absolute 0 it will remain a liquid.
Shikiba93 6 months ago in playlist TEMPERATURE SCIENCE!
Friend:So you mean I can drink helium instead of inhaling it!?
Me:Yeah, but you'll die.
Friend:Oh... *Sad face*
chase1159 6 months ago in playlist Temperature Leanback by vsauce 2
What if you tried to drink this stuff?
FredrichNietzsche25 6 months ago
I reach 0k all the time. All I have to do is disappoint my wife and she will look at me and give me the deep freeze and I'll be at 0k
moofushu 6 months ago
@moofushu
boo
Vitomanz 6 months ago
so getting to absolute zero is asymtopic?
Cactarpus 6 months ago
I wonder what would happen if you were to try and hold that stuff
aside from your hand freezing off could you feel it moving through you?
LittleRavenSonofMatt 6 months ago in playlist TEMPERATURE SCIENCE!
bough from johnny english.
fatihokan 6 months ago in playlist TEMPERATURE SCIENCE!
Seems like a great show. Don't see many good science programs lately, it's hard to teach the concepts and the wonder.
MrJivePirate 6 months ago
Lol "We're made out of this weird stuff."
TripTripleTimes 6 months ago
13 people are mad because they couldn't play with superfluid
DBZonTHEpopcornXD 6 months ago in playlist TEMPERATURE SCIENCE!
so, if someone smashed the vial holding the liquid helium against a wall, it would seep through the wall before evaporating?
megaexplosions 6 months ago in playlist TEMPERATURE SCIENCE!
Humans can't reach 0k, but this temperature can be found in space, where there is no light, I believe.
MrCokBuster 7 months ago in playlist TEMPERATURE SCIENCE!
2:48 wrong one
MrDnB89 7 months ago
The part in which the helium pours out of the tube is misleading. One can clearly see the bottom of the tube has some brown substance, which is probably a clay with very small pores. Helium only leaks out because such pores are there. If the container was a perfectly sealed glass ampole, I do believe the helium would not simply go through the glass as if it were a ghost, and would remain contained.
bennemann 7 months ago
VSAUCE
DrSuperWIN 7 months ago in playlist TEMPERATURE SCIENCE! 61
@DrSuperWIN you mean vagina sauce XD
danjoelabrenica 4 months ago in playlist TEMPERATURE SCIENCE!
can i uh drink liquid helium
RoboticBaby 7 months ago in playlist TEMPERATURE SCIENCE!
@RoboticBaby: Sure can. but you can only do it once.
squidb8 7 months ago
Shots! Shots! Shots! Shots!
TheBustyGamer 7 months ago
Ok, simple explanation of why you can't reach absolute zero. The air around the molecules "warms" them up.
99akol992 7 months ago in playlist TEMPERATURE SCIENCE!
@99akol992 That is not an explanation at all...
chrissmith338 7 months ago
What if you drank liquid helium?
99akol992 7 months ago in playlist TEMPERATURE SCIENCE!
@99akol992 It'd leak through your jaws. You could never get drunk with that stuff...
damianpaz 7 months ago
@damianpaz
apart from that you would suffer some serious brain freeze ;D
Mastertim2006 7 months ago
@Mastertim2006 No shit! That quantum shit is useless. ;)
damianpaz 7 months ago
@99akol992 That would be impossible, as it would boil immediately upon getting anywhere near your mouth..then if you could it was just give you severe frost bite.
chrissmith338 7 months ago
now drink it!
zelodec 7 months ago
how do you get solid helium then?
luboisfat 7 months ago in playlist TEMPERATURE SCIENCE!
@luboisfat you don't...
chrissmith338 7 months ago
well wasnt that interesting.
slightfreedom 7 months ago in playlist TEMPERATURE SCIENCE!
But will it blend? That is the question.
TheToror4 7 months ago in playlist TEMPERATURE SCIENCE! 47
@TheToror4 Even BlendTec can't touch that shit, it'd shatter.
Uberriffic 4 months ago in playlist TEMPERATURE SCIENCE!
he looks like kevin spacey
superdupersprocker 7 months ago in playlist TEMPERATURE SCIENCE!
scientists think apsolute zero is in dark naebulas....
and at apsolute zero wuld u freeze helium by that point??
boredandhungryTV 8 months ago
i smell Hazelnuts O_O... dont ask
cosmic1cheese 8 months ago in playlist TEMPERATURE SCIENCE!
does this mean thing can teleport like 5 feet below itself if we did it to a human
LebronJamesfan1111 8 months ago in playlist TEMPERATURE SCIENCE!
@LebronJamesfan1111 Don't think a frozen human body would have viscosity..
69Akin 7 months ago
I think i watched this in science class
ImStupidInTheLove 8 months ago in playlist TEMPERATURE SCIENCE!
its bough from johnny english
ThePrime99 8 months ago in playlist TEMPERATURE SCIENCE!
glass is just a very very hard liquid
choaticllama 8 months ago in playlist TEMPERATURE SCIENCE!
3:18 refraction index of zero?
ConnorXV 8 months ago
isnt that guy from prime evil ?
delorber 8 months ago in playlist TEMPERATURE SCIENCE!
lol. it's mindblowing. this is a job for vsauce
DarkAura971 8 months ago in playlist TEMPERATURE SCIENCE!
gimme some of that to cool my macbook
humbabaa 8 months ago in playlist TEMPERATURE SCIENCE!
I've seen this in my chem class already :)!!
iwatchyourvideosgirl 8 months ago
than why dosent the helium seep through the glass tube its being held in?
Instensity101 8 months ago in playlist TEMPERATURE SCIENCE!
@Instensity101 :D I was thinking the same thing. That glass has to be super dense I guess.
elendiel 8 months ago
@elendiel
I heard glass is actually a liquid!
cromartie800 8 months ago
im 14 forgive me but. superfluid passed through that solid? as in like THROUGH IT?! LITERALLY? or did the fluid rise up from the container down to the butt of the container?
NitrogenOxide13 8 months ago
freaky. liquid conquers solid!
liquid:1 solid:0
CoconuttyKitty 8 months ago in playlist TEMPERATURE SCIENCE!
because superfluid sounds 10x more impressive
aman32757 9 months ago
No @pompeyjim12
aman32757 9 months ago
Respond to this video...
aman32757 9 months ago