What Happens to an Anti-bubble in a Vacuum Chamber?

[@mikewest3108]

I didn't even know there was such a thing as an anti-bubble.

[@michaelblacktree]

Same here. That was pretty cool.

[@MarkHobbes]

Neither do I

[@ThePrufessa]

There are tons of things you're not aware of in this world.

[@mikewest3108]

@@ThePrufessa Likewise I'm sure.

[@watersoup4497]

Mike West an anti bubble is just a ball that sinks

[@frozenthorn9619]

who clicked on this video to figure out what the hell an anti-bubble is?

[@TheOriginalJphyper]

Not me. This isn't the first time he's talked about them.

[@SelfMadeSystem]

Me, I guess.

[@zacharybyford8200]

I did

[@nescaubr5960]

Me

[@BossOfAllTrades]

Well whats the opposite of something anti anti aircraft idk if that ways good example

[@TheDungineer]

Collide a bubble and an anti-bubble for infinite energy.

[@subhrajitsarkar3222]

Now that u mentioned it I wanna try that thing out, not for infinite energy of course, but just out of curiosity.

[@TheDungineer]

@@subhrajitsarkar3222 yeah I know it wouldn't produce energy, but it would probably look cool

[@toosavageforaname2767]

Haha nice reference to the classic matter antimatter collision.

[@TheDungineer]

@@toosavageforaname2767 thanks, I was worried people would think I was serious

[@SckharVawn]

you fool that may end up destroying the world :O

[@moomoo2214]

Try dissolving something in the water you inject. If the water inside is at just the right density, the bubble might remain stationary under water. A sugar might be good for this as a salt may interfere with the surface tension of the detergent.

[@truongpham1997]

Moo Moo If sugar is added to the cup without stirring, the water density in the cup can be varied with height. Then, the anti bubble can stay in the middle of the cup. I remember seeing this trick somewhere on KZbin.

[@olliefoxx7165]

@@truongpham1997 interesting👍

[@tc2241]

I was thinking the same thing. You could also use different liquids to achieve a stationary bubble

[@charlescann531]

Try using salt water and plane water for the anti bubble the bubble should float at the interface between the two.

[@mariadefatimajesusdorea3141]

Riurg

[@Nesisorator]

Can't you just make the red solution about 4°C cold and the colorless solution way warmer? Then maybe the colder, heavyer bubble would sink to the bottom.

[@yermanoh]

or use chilled super salty water

[@ThePrufessa]

Good thinking

[@johnm5928]

I wonder if that would not work because the denser liquid would burst the bottom of the air membrane.

[@soatnod]

Only if the air membrane is thick enough to be an insulator of heat.

[@ThePrufessa]

@@soatnod you act as if the water will instantly lose all of its heat. It'll stay hot long enough to experiment with it.

[@jacobmays278]

Normal bubble: dies in one hit Anti bubble: survives a vacuum with no side effects

[@grammerly7714]

Dies* Anti-Bubble* Side-Effects*

[@GetNatpavee]

@@grammerly7714 Survives*

[@ssr8555]

@@grammerly7714 Anti-bubble* Side-effects*

[@noobfart]

this means that spongegod blows anti-bubbles

[@susyute9717]

Yes

[@riefdamaniac9162]

Real shit

[@jcuervo4499]

..... Go home dad you're drunk

[@S0urW0rmz]

🤯 xd

[@mctao8828]

Who spongegod?

[@202vaughn]

This guy takes “thinking outside the box” to the extreme!

[@petersmith477]

Would be dangerous if he was thinking inside the box and someone turned on the vacuum pump!

[@kostassargiotis]

can you make it in realy slow motion how this bubble created and what happens when it broke up ?

[@holymangoes1011]

Slo-mo guys pls

[@mpred8606]

Its just as it falls down normally its practically at terminal velocity and if u squirt it hard the drop of water will drag air with it air resistance and then once it hits the water the air is moving fast enough with the water to not just like hit the surface and nothing happens basically just like splashing your hand in the pool and bubbles rise up if it had sticked to you the bubbles like a think whole membrane it would be like an anti bubble but not water inside of it but practically impossible

[@mitudey4285]

Go to 3 dots then playback speed then go to x0.25 speed

[@Odog-Tbone]

Next Step: “How to see an Anti-Reversed-Negative-Dark-Matter”

[@bogdanostaficiuc6385]

Or an Anti-Reversed-PNegastive Matter.

[@oldengolden8976]

That's just a normal matter

[@PrincesaLunez]

5:00 First Place Science Project, here I come! 😂

[@Fated_Nosh842]

You just explained how spongebob works 😱😱😱😱😱😱😱

[@maximo1590]

5:21 toroidal vortice/food color ring at the end of the dropper!

[@Sabre_Wulf1]

i wonder how many kids are growing up watching you and been inspired to be a part of science. im 45 and loving every video you do. great stuff pal ! dont ever stop.

[@mq_4079]

In 2069 Scientists : we could stop him When his channel was small

[@simonebunnies90ajbenjamin93]

Mq_ 40 Ikr!This dude could probably make a universe-destroying weapon by accident!

[@ashrayc4967]

You copied a comment from the previous video!

[@simonebunnies90ajbenjamin93]

Ashray C Me or Mq?

[@crystalbreaker947]

@Fahaam Raza That's the joke (both)

[@beactivebehappy9894]

Fahaam Raza r/whoooosh

[@jrjr3082]

The new scrubbing bubble is awesome👌

[@RANDOMstuffanimation]

Anti-bubble sounds like a black hole

[@peterguernsey4556]

This is so cool! Water is the last thing in a hard Vacuum

[@ThePrufessa]

One of the coolest things I've ever seen. Anti-bubble will be my new username everywhere.

[@Ghost-dx8mm]

I'm grateful for your clean, family friendly content. Seems like most content creators cant speak without swearing when they make videos. That or cussing God or Jesus, even though they're supposedly atheists. Its just something I personally appreciate. So thank you.

[@TheBolillo04]

Dude, and what happens to the air after the anti-bubble pops? Was it absorbed by the water? Did it turned into molecular sized regular-bubbles and got back to the surface?

[@jorymitchell28]

in the last test you can see the air around the anti-bubble seem to deform and rise to the surface of the water, bulging toward the top of the air membrane. When the membrane breaks, it all just leaks into the vacuum. Now, if the water was a slight bit denser than the surrounding water then there may be a point of equilibrium between the dense fluid sinking and the less dense air to where the anti-bubble would be neutrally buoyant. THEN! you may get your "Atomization of the Anti-Bubble"... which is also a great name for a new age metal band.

[@carbun.]

I don't think it's air. I think it's soap.

[@bledlbledlbledl]

You probably could've gotten a whiskey company to sponsor your video, because (at least in the case of old moonshiners) part of the test of whether the run was going good or not was whether it would make a good "bead" when you shook the jar (same thing as an anti-bubble)

[@GordieGii]

It looked to me like the anti-bubble became egg shaped with the red "yolk" at the bottom and the pointy end rising up above the surface like an iceberg. You could try keeping the anti-bubble under water with a continuous stream of water. (like a ping-pong ball suspended on a jet of air) That should make it easier to see the shape and might keep it from popping longer.

[@joeyvindictive3552]

How did you know my password was theactionlab123?

[@666vraptor]

The anti bubble didnt expand because the water inside cant expand, so it keeps it the same size. Awesome video...

[@zeezi743]

Yup I was thinking same cause the hydrogen bonding was too strong for that so called anti bubble.

[@spinfowars8958]

i think the air membrane didn't expand ( not because it is strong ) but because the water is non compressible AND any vacuum will be filled by water boiling off - so the water pressure is a constant - the air is surrounded by constant pressure water

[@rippertrain]

This will be the first one im actually going to try. Thumbs up

[@whitneyl.1856]

6:57 well, great, you just created a miniature black hole on on Earth. You've doomed us all!

[@NurulAmin-hm1dp]

Then air bubbles are white hole i guess?

[@Exaspatial]

bruh

[@sephirapple7317]

5:45 "isn't that the coolest thing you've ever seen!!" 🤣🤣🤣 Haha I don't know if I would go that far, but it is pretty good! I love your enthusiasm for physics though, some really interesting subjects and experiments covered on your channel!

[@Mgkayoutube]

It was a peaceful and quiet day on youtu- Action lab: ANTI-BUBBLE IN VACUUM CHAMBER...

[@99milesaway41]

Yes, that IS the coolest thing I've ever seen. Until this video I was entirely unaware that anti bubbles were even a thing.

[@GustaCakes]

I’m fairly certain that the air membrane not expanding could alternatively be because the water, which is denser, expands slightly, but still with greater force than the small membrane of air could oppose on both sets of liquid.

[@spiderjuice9874]

I've seen the floating balls of liquid skittering on the surface before, but I never knew about anti-bubbles: thanks for increasing my knowledge!

[@KILLRXNOEVIRUS]

Already knew this from fooling around with dishwasher when I was little.

[@eric31shaggs]

Since I watched this video I have been seeing anti bubbles in my fish tank. Not sure how they form but they are always close to the filter. Thanks for teaching me about these.

[@raafaechandoo8177]

You Inspire me so much Soo amazing Now I want to be a scientist when I grow up

[@Videoswithsoarin]

Rafster Chasan this is much different than real science

[@NurulAmin-hm1dp]

Hey kid

[@hdeldaran1]

I think the MAIN reason the anti-bubble didn’t expand is because the water inside doesn’t expand in vacuum and the amount of air in the membrane is very little to show a big change to the membrane’s thickness

[@phuchuynh92]

hey your lastpass link isnt working? I want to give you the credit for it. Maybe its just me that its not working?

[@charlesmartin1972]

The contact between the antibubble and the top surface of the water is a confounding variable. I have a recommendation: if you set up an acoustic tweezer arrangement, you could hold the antibubble away from the surface indefinitely

[@shantanutiwari2056]

In 2020, The Action Lab: Hey everybody today I am going to show you how to make Earth X

[@louiselavigne5085]

u commented two comments stop

[@watersealed]

@@louiselavigne5085 no u

[@louiselavigne5085]

@@watersealed no. YOU

[@TechSupportDave]

@@louiselavigne5085 no u.

[@louiselavigne5085]

@@TechSupportDave no, u

[@NOPerative]

Those anti-bubbles look awesome.

[@jacobw7516]

Can we get the link to the speaker used in the last video? I want to recreate it for high school students

[@Jackevolution88]

This video deserve much more wiews, it's super cool!

[@submeanmachine926]

What if you turn the liquid sideways so the anti-bubble does not touch the surface, perhaps it would last longer?

[@dantheman8862]

I don't understand how giving one company all of your passwords is considered a good idea, and I never will.

[@raghavbhatia3892]

Makes videos on quirky science ..... can't remember passwords. Makes sense.

[@larsalfredhenrikstahlin8012]

high or what?

[@raghavbhatia3892]

@@larsalfredhenrikstahlin8012 I'm a 15 year old. Too young to be high yet, my friend.

[@SimeonAngelov21]

You can try keeping the anti-bubble submerge with a thin mesh or something in this sort. But have to be fast, as i see if you do bigger bubble it rise slower, so you do the bubble and put the mesh also a bit underwater. In this way, you will have more time to keep the vacuum pump on so you can observe how much the bubble will expand until popping. Just a suggestion if you want to repeat the experiment. Anyway, great channel man, keep it up!!

[@MarkLoves2Fly]

Try an antibubble of a denser liquid. That should sink, like a balloon filled with air, rather than floating like a balloon filled with helium. 😀👍

[@tiberiu_nicolae]

Salt water?

[@coolnegative]

So simple but Sooo cool! 🤯

[@beactivebehappy9894]

Give LastPass to Vsauce and Quirkology! I think they need it.

[@siya.abc123]

Another action lab video, life is good 😎

[@SirSwed]

8:09 the sound of disappointment

[@vishalasari26]

That's why I'm a subscriber. that was really cool

[@hakimal-hakim8890]

I expected you would use salty water to force the Anti-bubble to stay down...

[@ksp-crafter5907]

@The Action Lab - I hope he reads this, that is a nice idea! 😊

[@showoofity50]

Instructions unclear, theres a hole in the air now

[@nikjs]

7:51 : you see the AIR FILM of the anti-bubble expanding and becoming irregular. There are localized points of "bubbling" on the bubble's surface itself. That irregular expanding is what makes it lose consistency and pop eventually. You should get those slo-mo folks to cover this popping, we might learn something new.

[@annanicholson5309]

The coolest thing I ever seen was the birth of my child. This is pretty close though.

[@酔いどれ24時]

日本人& 風船(kami-fusen)で遊んだ事もある。 but,実際を学べて勉強になった。Your Job is Great! Thank You! Arigato! for myself!

[@coffeejohnny2337]

I immediatelly thought about that old "How to turn a sphere inside out" video

[@peterguernsey4556]

what is amazing is these experiments on utube like your and others, have given me great insight to the quantum world. From the chain ball , the Rubens tube to the 2.0 mm ball in a plexiglass window showing there crystal structure,and applied electric charge through friction (Same as Deposited aluminum under a electron microscope) We are very close to the solution

[@graktor868]

I think the main reason it didn't expand was that the interior volume of the antibubble is water, which, compared to air, is fairly incompressible/expandable by pressure. The only thing that could have expanded was the membrane itself which is made of air.

[@spinfowars8958]

i think the air membrane didn't expand ( not because it is strong ) but because the water is non compressible AND any vacuum will be filled by water boiling off - so the water pressure is a constant - the air is surrounded by constant pressure water

[@markbennett9381]

That's really interesting! Thanks for sharing

[@Freizeitflugsphaere]

The real challenge is, can you make an antibubble inside an antibubble?

[@compsolt]

how bout a real bubble inside of anti bubble. I always dislike his videos mainly because he sounds sooooooooo annoying.

[@emmanuelpil]

Thanks for making learning fun.

[@glitchy_weasel]

So this is how there are bubbles in Bikini Bottom.

[@johndorian4078]

The more you know.

[@thebunch8427]

You just remade my childhood. I thank you.

[@averry23]

pablojrl123 rip stephen hillenburg *10 Questions* 1. How is spongebob not always wet? 2. How is there fire underwater? 3. How was the seabear created 4. How does goo lagoon even exist? 5. Why is mr krabs killing his family for a quick buck? (“Krabby” patties) 6. How does paper not dissolve underwater? 7. How are the boats not floating? 8. Why is there not an actual mechanic for boats? 9. How come bikini bottom hasn’t started to rust? 10. Why are the clones allergic to mayonnaise?

[@DANGJOS]

@The Action Lab So that's what those are. Thanks man! I recall Physics Girl creating those spheres of water floating on the surface and she wasn't sure if it was a bubble or a water sphere floating on the water. After studying them, I concluded it was a sphere of water floating on water, but didn't know why soapy water causes this.

[@noname-ni1hs]

And the final conclusion is: It become's more THICC...

[@its_cris]

With 2 Cs and a Q

[@its_cris]

THICCQ

[@gregoryreese8491]

Hello, @@HelloKittyFanMan. Well, one could draw several conclusions-conclusion in the sense of, an inference or deduction; rather than, of course, in the sense of drawing a close-the last one (conclusion) arrived at would be the "final conclusion". Voilà, no redundancy.

[@ronjlwhite8058]

I had four 12W6v2s sub woofers and when the bass was hittin it would do that to water and soda. The bottle was sittin in the center console. It was pretty cool and i did it for show all the time.

[@pepak1_237]

So this is how SpongeBob was making bubbles underwater!

[@ColinTimmins]

That is the coolest thing I have seen... I never thought you could make anti-bubbles so easy!

[@mohanakrishnaa7840]

Experiment (can laser light pass through bright light)

[@zeuxlaught2797]

Yes

[@LabNinja]

Please do video on cutting glass under water. There are many videos on that subject, but not one decent explanation.

[@rossthebesiegebuilder3563]

It's a good thing you didn't draw a face on it, or I would have cried at 8:09.

[@jongusmore]

The anti-bubble doesn't expand as much as the normal bubbles because the normal bubbles have much more volume. When the anti-bubble pops and you see the tiny bubble, you see the equivalent of the normal bubbles' volume. The difference in growth will be the same ratio as the difference in their volume because there is less air to expand. EZ subscribe, I love when new phenomena are shared. I had never seen or heard of this before. thanks:)

[@jongusmore]

OK so after re watching it 3000 times, You don't actually see a tiny bubble, if there is one it is really stinkin small for the camera not to pick it up at that distance. If there is a suuuper small amount of air, then my above solution is correct. And even makes more sense, It wouldn't really look like it was changing at all. But now that I think about it, It might also make sense that there is no air in between the colored water (that I am assuming has no soap in it) and the soapy water and it's the surface tension that's keeping the membrane stable; Like oil and water. The distance between the colored water and the soapy water in the anti bubble is an illusion. The membrane is extremely thin and reflective. basically a spherical mirror. Add in the deformation through glass and water and you get the illusion. I needed confirmation for this one so I searched for a spherical mirror under water and this is the best example I could find >https: / / tritonsubs.com/portfolio-items/triton-33003-binimi-2/ See how it looks like there is an impossible air gap between the outer shell and the inside of the cab? I think that proves it. The air could still be there; like the canopy plexiglass(maybe its glass? not sure?) the air could form a tiny layer. Because of the reflection, I would guess the difference in the thickness of that membrane would be to the molecule.

[@KnightSlasher]

Now test this with an anti anti anti bubble and see what happens

[@jacobkudrowich]

He litteraly tested EXACTLY that in this video you watched. Anti anti anti bubble would be a regular anti-bubble

[@ashleyrogers4023]

Man I love this episode 👍

[@MR-ub6sq]

Hey Jimmy. Why is it called ANTI-bubble? I think it's the right bubble anyway. What does it matter which substance acts as a wall to form a bubble? Why didn't the "anti-bubble" expand? The ONLY reason is that the bubble contains water - not gas. Sorry, but these of your explanations numbers 1 and 2 from 9:11 are childish nonsense.

[@lapaz6351]

Correct. The water did not expand under vacuum outside the bubble, so why would it expand inside the bubble as well? When there is gas inside the bubble, it expands according to the vacuum. How scientists are sometimes stupid! For example, less than 100 years ago, astronomers were absolutely convinced that the brightness of a celestial body accurately tells its distance from the earth. Yeah right! It took a WOMAN - Henrietta Swan Leavitt - to tell the gentlemen they were wrong!

[@NousSpeak]

awesome video dude!

[@laxxayy]

Plz explain Newton's third law of motion, as according to me, no action can take place if it experiences a opposite and equal reaction, plz explain

[@vehicularmanslaughter]

Are u serious?

[@vehicularmanslaughter]

@@DarkVitamins I feel like they think that the action and reaction is exerted by the same object

[@laxxayy]

@@DarkVitamins hmm, I get confused sometimes like... Imagine you are pushing a toy with force x, then according to third law, the toy also exerts the same amount/magnitude of force on you, which means that both the force get cancelled because they are equal and opposite therefore no action can take place, correct me if I m wrong using this same example, btw thanks for that long reply :O

[@laxxayy]

@@vehicularmanslaughter Well yes

[@mindfullness8213]

The action on applying force is a type of acceleration and the formula of acceleration is Force/mass i.e., acceleration is inversely proportional to mass... So, if we apply force to anything such as a wall we experience an equal and opposite force as per the 3rd law of motion but the mass of wall is more in relation to us so it produces no acceleration and we have less mass so we feel a backward push as backward acceleration............

[@royrice8597]

I have got to try this one !!! 👍👍👍

[@Valk69]

Does this mean that an "anti-fart" is indeed possible?

[@EmoDude523]

tylerx2f01 How were the experiments?

[@fahimanayet]

Amazing. Learned something new😍😍👌

[@danyCD17]

Isn't water incompressible and non-expandable?

[@FMHikari]

It is both. However, air is expandable and compressible. That actually explains why the normal bubbles grow much more than the anti-bubble.

[@srinathtankasala]

Amazing. I learnt something today.

[@vaibhavpatel3163]

Do you think last pass is for free and not breeching your data 😢

[@watersealed]

Its free

[@ScotsmanRS]

The free version exists to encourage users to upgrade to the paid version. Your concern would be more valid if they had no paid version. As it stands, selling user information would not be worth the risk to them.

[@peterguernsey4556]

Been in a vacuum since 14 years old ,(64 now retired) Optical coating, what you have shown me is that one a cellular level (what you have duplicated ) by adding viscosity Now my question to you is viscosity a linear function or log rhythmic. I would guess linear by the wave form distortion on the sphereocity change on the inner water tension increased but air was spherical of the wave form as you start to pull a vacuum ,This has great bearing on a Project I have in visioned in quantum vacuum measurements

[@RajKumar-wf3ri]

Never change your identity "VACCUM CHAMBER "

[@photonik-luminescence]

Cool science experiment!

[@adityaagrawal5946]

Why didn't you use a denser liquid inside the anti-bubble?

[@dominikhradil7743]

Can you make antibubble from mercury? Or any more heavy liquid? so the bubble would stay in place, or fall down. Keep making cool sutff man, love it. Best regards from Slovakia.

[@theshuman100]

but how would you see it tho

[@kuroshite]

LOL I AM JUST *too* EARLY.

[@richbarrows3922]

The coolest thing I've ever seen! lol

[@ChristopherMoom]

At least you're not using the *_Dirty Bubble_*

[@johnandkatie7]

I LOVE your experiments. I'm a magnetic and frequency nut. Are there some experiments you can do with magnets and frequencies with different solutions, freeze and observe the ice Crystal formations. At home, I structure my drinking water with North Pole side of a big neodymium magnet. I first stir clockwise, (right spin) to eliminate previously store memory on the water, then give the water a left spin. I was wondering about the crystalline formation of the different spins, a drop of water, freeze, them observe under a microscope. There's lots of different experiments observing water memory and crystalline formation and if there's a correlation. Thanks again, love what you do!

[@CanadianDan854]

_Contradiction at its finest._

[@عليعليعليعلي-خ8ق6ع]

ممتاز جدا قطرة الماء تسحب معها بعض الهواء الى دااخل الاناء انت شخص رائع لأنك ترصد مثل هذه الضواهر

[@shade5554]

First!!! But no one cares😔

[@swayambagrodia7525]

Lol

[@cddude8960]

Dark Shade I'm 7th

[@TheActionLab]

I care

[@shade5554]

@@TheActionLab Thank you😢

[@NathanielStickley]

The air in the anti-bubble *is* expanding, but since the initial volume of air in the membrane is so small, it's not really noticeable. The air membrane could double in thickness and the size of the bubble would barely change, due to the thinness of the membrane. The air bubbles on top expand significantly because they are completely filled with air.

[@olennmonkey1010]

This guy is so smart !!

[@chrisBruner]

What would happen if you made your anti bubble and then put a layer of oil on before turning on the vacuum? Maybe put enough in so the anti bubble will be suspended 1/2 way up. (or would the oil ruin the bubble?) Excellent interesting video as always.

[@russellbarton7893]

This is pretty important, I was doing a experiment with boiling fluids, When I discovered that the bubbles that are manifesting within the liquid contained no vapor, or gas. So the idea, that water boils because of vaporization of the gas within the liquid needs to be reexamined. When you use a large syringe to create vacuum over a fluid, you can remove all of the air inside the syringe, so that there is only water. Pulling the plunger back creates a vacuum, using warm water, or alcohol which boils inside the syringe. The thing is though, after the liquid has boiled for some time, letting the plunger back, I noticed that there wasn't any air inside, the same as before I induced the vacuum. So the bubbles that were being formed were bubbles of vacuum, and not air, or vapor. So the liquid itself is expanding. well, because water can't expand, vacuum voids appear. which is the bubbles from boiling.

[@tobi_versace]

This channel is literally infinite entertainment.