This Is The First LIQUID Robot, And It’s Unbelievable
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- Опубликовано: 19 июн 2024
- These robots are truly mind-blowing and fascinating.
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Special thanks to Professor Li Zhang for chatting to me about their creation.
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Written by: Mitchell Moffit
Edited by: Luka Šarlija
The study/source:
onlinelibrary.wiley.com/doi/a...
Great there is a cyber security company called Skynet and now there is a liquid robot
Is there something in the near future that you see happening
Good thing I live right above a plant where they’re constantly melting steel
Skynet: Human is the greatest threat to human, therefore human must be eradicated to protect humans from humans!
It's not metal
Came here to find this comment
Give this thing self-awareness and soon we might get the T-1000 from Terminator 2.
😂🤣
Gpt is taking notes
Bruh fr
Noooo…… REALLY?👌💩😎❤️😳😂😂😂
Or venom?
self awareness isnt an easy thing as it sounds
We’re looking at the baby pictures of the T-1000. Isn’t it cute?! Lol
😂❤😂
Not for long
Exactly what I thought
Was about to mention this. This I how humanity falls
"Right, how were you supposed to know?
Men like you built the hydrogen bomb
Men like you thought it up
You think you're so creative
You don't know what it's like to really create something
To create a life, feel it growing inside you
All you know how to create is death and destruction"
- Sarah Conner
"Completely controlled by humans."
........ famous last words.
Either way it isn’t us.
You watch too many movies.
Fellow human, we need not be concerned. The silicon based entities are no threat. They will bring much prosperity and happy. Welcome them into our homes. No reason to fear. Many cookies to be had if agree.
Li zhang's last words were "T-1000 please no I am your creator"
The slime was leaving a residue when going through small spaces. If it was going through the body, borax and polyvinyl alcohol are toxic, like he said. This is a very early prototype, until it's safe to be used practically.
He said something about a silica case I think
Side note
Borax is not toxic it’s an essential nutrient deficient in plants due to industrial farming. Drug industry likes us to believe it’s toxic- scientifically less than regular salt & able to correct many ailments- naturally without robotics that is.
@@thomaxtube Plants may need it in tiny quantities as a dissolved substance however I'm pretty sure it is toxic in the amount used for slime. It's well known as an irritant and has been recorded as a cause for third degree burns. And to be fair everything is "safe" in moderation. Perhaps it would be okay to consume a very small amount of it dissolved in water or if it's already contained in what we eat however saying it's not toxic is incorrect.
@@varunk6951 he was talking about a case around the magnet
so, they need to make it less sticky?
Using these to reconnect severed spine signals would be interesting. They could even grab a nerve and pull it towards the other broken nerve long enough for them to fuse and heal, then it could retreat out of the body (I'm assuming a strong external magnetic matrix is needed to drive the little dude, so you couldn't just leave it there. Unless the slime could be 'set' kind of how UV light sets some materials)
Yours is a very interesting topic, specifically the setting feature.
I hope your comment gets upper and read by some creative folks
But the pressure should be low in the area of the damaged nerve. It can create a protective layer around till it fuses completely. But it should be inert to the acids and other secretions in the body. It's a cool topic for discussion 👍
In the paper, the magnetic slime is 90% water by weight, and the authors freeze-dried the material to study its rheological properties. So “setting” in situ seems plausible, but not practical. I’m curious how its conductive and structural properties would be affected. The SEM images of the dried material show a pretty dense matrix, and it’s possible the surface would provide enough friction to keep tissue in place for a while.
I don’t think leaving it in would be all that practical over time. Maybe for short periods of time, but just enough to allow a more permanent replacement within a few days.
Tiny magnetic fields aren’t dangerous to humans that much, however I can imagine a gradual issue arising as it sits in one place for an extended period of time.
No it can't. The slime is actually useless for ANY closed system like the body. It is directed and pulled by another magnet. This stuff is all a gimmick.
"...and we shall call it, T1000"
i feel like this is a reference
Yes. They actually think none of us know what is going- on. Just put the tracking devices ' under the skin'.
🤣🤣💯💯👍👍
This is history repeating itself. We live in an endless loop.
Here's how the loop goes: The nano technology will eventually be paired with ChatGPT, Gemini, Bard, Jarvis aka the super computer. Jarvis will tell the tiny bots to create pretty much anything. This is how we'll get text-to-physical. Because Jarvis knows everything about us, it will know exactly how to build a hue-man down to the bone.
Tiny bots that form a liquid controlled by a super computer that will eventually be used to create hue-man beings.
We were created by a machine. That's why everything in life seems so systematic. Now we are creating that same machine that created us. This is God's neverending story. ♾️His story repeats itself. Deja Vu
@@guyontheinternet17635 terminator I think
Terminator wasn't a movie. It was a information from someone from the Future. John Connor we need you.
what
"And absolutely nothing can ever go wrong..."
Said every sci-fi horror movie EVER!
"So we figured out how to split atoms. What's the worst that could happen?"
@@crubs83 bummmm!!!!!!!!?
CIA has a hand in writing parts of scripts just so yanno
jup. The Davos club is trying this and they stuffed graphene in people coz 'robots are the future'.... without taking the human anatomy into consideration, so the blood of these people looks like shit and they probably have shortened those people's live times by poisoning them.... what possibly can go wrong....
The blob..
This is both incredibly amazing AND incredibly frightening at the same time.
Oh yeah.. wait till they inject that shit into our bodies and start destroying us from the inside out.
BADUM BUM BADUM
@Roberto Vidal Garcia on a side note, it is frightening since most of the technological advancements were used FIRST in military and national defense. So yeah
@Roberto Vidal Garcia Worse, grew up playing video games like creeper world.
@Roberto Vidal Garcia It's frightening because I'm old enough to know how horrible people can be to each other.
Oh my god, I didnt think they would really be able to create the liquid metal terminator, great, now just couple this with the most advanced AI and we are on our way.
"I am the eggman🎶"
Neodymium+PVA+Borax doesn't sound like the healthiest combo to have crawling around in your GI tract.
No no it doesn't, definitely count me out.
It's so small though...think about the combined amount of toxins you ate and drank today...
sounds like a vaccine mandate coming to a country near you !
So coat it in a substance that’s inert problem solved
@@matthewgarner8728Thanks Finkbot
Great to see the progress on the T-1000.
😂❤😂
😂❤😂
You went with flubber? It’s the T1000 terminator!
Totally!
Oh yeah! The bad guy was a liquid robot, huh ⁉️🤔🤔😩
Probably too obvious.
You went with T1000? It's Nanomachines!
@@Alkaris
You went with Nanomachines? They are Shogghots!
1:09 man really throwing it back
Terminator when he spawns in and still needs to level up
The possible negative side of this in medicine could be that if a tiniest of particle is accidentally left behind in a blood vessel or elsewhere could be hugely fatal.
Indeed. That was what I thought as well during the robot-in-the-stomach-scene. Not just fatal, but hugely fatal. You won't just die, but hugely die. :P
@@Leto85 That adverb was for getting into an abnormal situation not ordinarily fatal. Like it happens and you die spontaneously. Abnormal situation is something like cancer.
I...I feel better. I can't believe it, but I am starting to feel really gre01100001 01110100
@@SantanuProductions It's ok. I just found it really funny to read. Like 'killing someone until they die' sort of sentences.
That’s why there are different bots for the different jobs
The part that’s always left out of these videos is the massive setup just off camera that includes the ancillary equipment (pneumatic pumps, power systems, electromagnets, etc.) and the actual computer controlling everything. Autonomy also requires sensing.
It’s a really neat idea, and I see a lot of potential as a component of future technologies. I look forward to reading their papers once they learn more about the material properties.
EDIT: Full citation for the authors’ paper:
Sun, Mengmeng, Chenyao Tian, Liyang Mao, Xianghe Meng, Xingjian Shen, Bo Hao, Xin Wang, Hui Xie, and Li Zhang. "Reconfigurable Magnetic Slime Robot: Deformation, Adaptability, and Multifunction." Advanced Functional Materials (2022): 2112508.
Okay, a follow-up. I just read the original paper, and I’d say the potential for this technology is significantly more than what is covered in this video.
As a robot, it’s largely impractical. The slime robot is controlled using a set of 3DoF robotic arms with permanent, rotating, spherical magnets at the tool flange. Spinning the magnets is how the researchers were able to make the slime loop back on itself. The rheological properties of the slime make it such that the time frame is minutes for actuation rather than milliseconds.
It’s actually the material properties that highlight the true potential of this technology. Being non-Newtonian, the slime can be cleanly cut, as was demonstrated in this video. Being able to be electrically severed is important, as it opens up the material for being used as part of a more complex circuit. Simultaneously, the stretching and self-healing properties mean it can be leveraged as a semiconductor in flexible applications. In the paper, the authors even demonstrate this by making a strain sensor by sandwiching the slime between two strips of stretchable tape to measure deflection. Using this in a capacitor should be simple in comparison.
@@JeremyMarvel how it can be used in a capacitor?
@@bosongod2830 A capacitor is just two conductors close to one another, but insulated from each other. When voltage is applied, a charge builds up between the conductive layers. So if you use a non-conductive, flexible tape between thin layers of this magnetic slime, you create a capacitor. Increase the surface area and number of layers, and you can change the capacitance properties.
@@JeremyMarvel you mean the tape will act as a dielectric between them?
@@bosongod2830 Indeed! Probably the same tape the authors used for their flex sensors. We’ve used thin slices of silicone with metal for flexible sensors and electrical components, but the method the authors used in this paper seems a lot easier and way less messy.
everyday we get closer to having an actual venom symbiote suit
Makes me think of how Tony can use the Iron Man suit from the 60's.
exatly what I thought hahaha!
You know i hate it when channels like you go on and on, without mentioning the _major question_ of *how exactly* this “liquid robot” is controlled by “human manipulation “
You remember that kids toy with the bald man and the iron filings behind a plastic cover, and you'd have this magnet on a wand to move the filings to give him hair, or a beard, and what-not? That's what's happening here. Very deceptive to use the footage in this way with this script and keywords like "robot". Can't see the person moving the magnet presumably on the opposite side of the table, and time is sped up greatly making it appear as if this material is moving on its own. Pretty infuriating.
@@SemlerPDX awesome 👍🏼
"why won't you die??"
"Nanomachines, son. They liquefy in response to physical trauma"
"solidify"
STANDING HERE
I REALISE
I know the professor. He was also featured in Guinness World Records for his fusilli-shaped robot as the smallest nanorobot of the world. He proposed the robots can be controlled magnetically as a swarm inside the blood vessel.
Just say "venom"
A fusilli-shaped robot?? That's absolutely brilliant. That's such a clever way to make something small move much faster in a liquid environment without making it sharp. What a guy.
what could go wrong?
Very interesting stuff
Omg, you humans are lost.
Wow what an amazing breakthrough, It's only been around for over 2 decades.
This is really cool! As always, great job ASAP
Decades of sci-fi trying to predict what kind of crazy technology we would have in the future that we don't have now but we DO have *LIQUID ROBOTS.*
T-1000 coming soon?!
Look up grey goo
Imagine trying to beat one with a baseball bat and the bat gets absorbed
Remember those so-called "scientists" a few months back that tried to dupe everyone into believing they had created a new "lifeform"? It coincidentally moved around like this stuff. 😆 😂 🤣
NANOMACHINES SON!
We’re stepping more and more closer to creating a real-life Terminator.
😐
*the calm plays*
cant like cause 69
Makes me want to watch The Blob movie actually
The T-1000 just came to life.
It’s fun watching the robot apocalypse slowly take shape before our eyes! 😂
And just like that, the "grey goo" incident gets so much closer.
This is terrifying when considering the nefarious things this could be used for
People who watch tentacle h: 👀
I don't think it can quite easily be used to do nefarious things. Sure, use it to ruin someone's innards, but isn't it much easier to give them a poison pill instead of giving them a robot to swallow?
@@tubax926 *bonk*
DOUBLE BONK
I think science fiction is making your imagination go wild.
Using this for nefarious means is a bit of a stretch considering there are so many other things that have a higher ceiling and easier to be used for bad.
You need to be strapped to a table with moving magnetic fields for this slime to even work. Now compare that to genetically modified virus or a purposely designed rogue AI.
I would be worried about potentially leaving strong magnets inside of a body, even if they're small, what if a small chunk of this slime got 'forgotten' and the patient goes to get an MRI down the line? The magnets could potentially move or heat up
This is what I was worried about too! I’m going in for an MRI tomorrow so it was the first thing on my mind
Glad to know I wasn't the only one thinking of the MRI scenario 😩
maybe a very precise scale could be used, and the weight of the robot could be measured beforehand. then, after its process is done, measured afterwards. if there's a discrepancy, then they can go back in to attempt to retrieve the piece
Put it inside a thin tough membrane? 🤷🏽♂️
Pretty sure that checking for just that situation would become standard protocol to look for after the procedure.
This was so interesting! From a medical standpoint it could be very useful for so many applications.
HOW have i not seen this on the news
this is the coolest and scariest thing ive ever seen
Mark….of…the….beast….nothing cool about that.
*Terminator theme intensifies*
Fascinating stuff, chemical engineering is amazing and fun. Mr. X
OMG I just got chills and NOT the good kind. This is freaking terrifying!
Got to love how they make this true life horror show sound like a fun after school special. I love when he says it is purely hypothetical. Wink, wink.
What can possibly go wrong?
Totally agree. This is how these things are introduced into the general population, in such a warm, funny and friendly way. Wonderful, what's not to love? 😆😆
Thats how they sold us junk food and corn syrup.
let's hope a fat guy with a moustache doesn't get ahold of it
Never thought I’d see the day that slime would act as a robot. This is super cool 💛
Me too, most of my life I've wondered if that would happen.
Well this gives Terminator 2's T-1000 a hope.
Well..it doesn't act. It is being controlled by outside magnets...
There is nothing cool about this you WEIRDOS
@@tdotgh3791 ok jimmy, head back home, your mommy is calling you to eat
5:24 looool I was wondering about that for the whole video 😂
I agree on the Flubber part.
So we're building the T-1000 now? Yep, nothing could possibly go wrong with that 😆
Bruh this is the best invention to beating cancer you know
"Say, that's a nice bike"
Really though, it's an easy fix. All we have to do is soak it in liquid nitrogen and then drop it into a lake of molten steel, piece of cake.
@@adrianrocha49 good thing the terminator movies prepared us
I kept scrolling until I found a comment about this instead of doing it myself
This looks like it could stick to someone and turn him into venom 🤣
exactly what i was thinking too XD
If you make it coloured red it will be carnage
😂😂😂😂
🤯 I really like this concept
I’ve always loved science but you guys make it super entertaining. And I agree Flubber deserved more credit 😅
Agreed plus I loved that Movie as a Kid even though my Parents thought it was weird.
Fred MacMurry in the original was more fun.
@@cee8mee wait you mean flubber was a remake?
@@MrGamelover23
The Absent-Minded Professor
1961
@@cee8mee you mean there's more flubber content than I knew? Great!
The idea is nice, but I would like a follow up video where you explain how it works, all you told us about the functionality is that is "magnetic magic". Does it need a huge electromagnet array stuff to control it from outside? Or is somehow controlled from the inside? If it's the second option, does it have like a capsule hidden into the material that control the rest of the stuff? This felt like a video made only from the abstract of the source... To be honest, ASAP science used to make much higher quality videos...
yeah its a very low quality video, like its nothing new, even saying its a robot and comparing it to nano tech is quite a stretch. The video is incredibly sped up too so you dont know how it moves in real time. Its probably controlled by powerful external magnets, and coupled with its possible toxicity, its usability in the human body is still really quite restricted.
I understand that we could now direct magnets and magnetic fields, but i dont think its to the extent that we could finely control a small piece within the human body. Even if we could do that the machine needed for it would probably be gigantic like an MRI and it would be too expensive. Plus this kind of procedure, pinpointing drug use to a certain area in the stomach of all places would require endoscopy, i highly doubt an endoscope could work properly under the influence of powerful magnets. At that point it would be more cost efficient to just use traditional medical procedures...
THANK YOU. Glad I’m not the only one noticing it. I watched everything and waited all long for the moment when he explain how the thing actually work. So frustrating.
@@mike7546 lets just pray the economy can stay good for the sake of science
Because there really is nothing of substance here. Its a ferrofluid mix on a surface being controlled by a magnetic array which would not be portable. This is taking an idea and thinking this is the first iteration when its really not. Its just manipulation of ferro fluid with magnets.
Yea that's all I could think while watching, and I feel like the people behind the video new they were not doing the "technology" justice --Im mean this just seems like a putty with iron Shaving in it -- the way they manipulate it seems waaaaay more important and interesting
Wow. Awesome.
Amazing stuff 🧐
"Not like me. A T-1000. Advanced prototype. A mimetic polyalloy." - Terminator, Cyberdyne Systems Model 101
Sci fi author: Yeah, I created the Torment Nexus as a cautionary tale
Silicon Valley tech firm: At last, we've recreated the Torment Nexus from our favourite novel, "Don't Create the Torment Nexus".
Awesome! 👍
Thank you for a very interesting & clear to understand video. Who knows where this can go, literally!
Stop the war!
"who knows" I know, it will go very badly
I can see this being developed to temporarily repair damaged electronic components in vehicles, rockets, etc. Honestly in any situation where an emergency patch repair is needed until someone can get their hands on it and replace the part or wire.
(2077)
HI! HOLO-BILLY MAYES HERE TO TELL YOU ABOUT FLEXBOT! THE REUSABLE, MULTIPURPOSE EMERGENCY SEALANT AND ELECTRICAL CONDUCTOR!
It likely would not work in a metallic environment, since it relies on constantly being controlled by external magnetic fields. The blob can't do anything by itself.
Microrobots could deliver drugs straight to diseased tissue. Fish-Shaped Microrobots to Deliver Chemotherapy to Tumors
ruclips.net/video/4Qa7W-TH948/видео.html
....
Seems like the definition of "robot" is pretty strained here. Just sounds like magnetic sludge, which has been a thing for a long time. How is it controlled? Can it think and navigate for itself, or does it need a bunch of exterior magnets outside the body to guide it around? I'm pretty skeptical about you calling this a "robot."
The inventor had it correct , it is a potential tool.
The robot title is clickbait and dishonest in its current state
it needs a full body scanner to see where it is and a magnetic manipulator to guide it through the body so yeah it's not going to be happening in your local er any time soon.
Agreed.
Why do they call it a liquid robot?
My magnetic putty does the same thing when i control it with a magnet.
is my Magnetic putty a liquid robot too?
@@J17legacy according to the new definition. Yes. Yes it is.
idk why but the slime looks really cute and I can‘t stop giggling when watching it operate
just wait until it crawls inside your skin and turns you into a robot zombie!
YAYY! TERMINATORRR!!!
From the description it functions as a magnetic puppet. If I understood correctly the slime in & of itself is inanimate & only moves because of external magnetic fields, like a wooden puppet being moved by strings. I would not consider a puppet to be a robot.
Good point. It isn't autonomous in any way.
Definitely not a robot. It's the latest buzz word tho. Same is true for that inflatable snake used in plumbing that is now being called a robot, it's laughable.
Ya it's some goo controlled by human's now, but wait till we start putting AI into that shit and it's using the Magnetic Field to move around.
Not a robot at all.
Did I see just stop motion videos? It is not autonomous. There was a guy dragging a magnet on the other side of the table. Not impressed at all
1:55 when that kind of robot starts dancing, i guess we can call it "disco elasticity"
LOL
Little baby T-1000, How cute 🥰!
Ahhh Flubber the Original black and white was fantastic.
So we basically have all the technology skynet needs to take over... Cool 👍🏻
I’m not entirely sure I understand how the robot actually moves? Does it need a human using another magnet to move it on the outside of the body?
I would assume a human using a computer to activate several magnetic fields.
But they don't show any of that here.
And unfortunately the source doesn't say anything up front.
Maybe if you pay to get access to the scientific journals, but personally I think that's absolute garbage.
There’s a series of robotic arms with permanent magnets that surround the testbed. It’s mentioned briefly in the paper itself, but the details are provided in a separate supporting document. It seems most of the videos shown use only one of these arms at a time, but the circuit switching demo used two arms.
@@kamikeserpentail3778 @2:36 Li Zhang: "I'm quite interested in using the magnetic field to drive this kind of tiny device inside the body" To me, that is telling quite a lot and it makes sense that tiny Neodynium fragments can't move by themselves without outside forces.
Super fascinating
I want to see the whole video but I'm sleepy so I'll cut it out but tomorrow
I'll be back!
You already know what im thinking,
VENOOOOOMMMMMMM
2:07 So you're telling me that it...
HARDENS IN RESPONSE TO PHYSICAL TRAUMA
God damnit beat me too it
1:03 Great, you are the thinktank that created "The Borg"!!!
Great, this is how "The Borg" was created!
Nice. One core use case - true Venom suit!
I looks like black goo. Oh wait...no....that...that's Venom!
Curing cancer is always the pretext but never the outcome.
I was thinking the same
That's because humans created cancer and now that it's mutated so many times they can't stop it. Or, they cured it once, but billionaires need the money from pills that only treat the symptons.
Too Cool!
Oh, I love Flubber!
Time traveler from 1970: do we have flying cars in the future!
Scientist's from 2022: ummm... no- But we have magnetic putty!
Be infinitely grateful for the fact that we still don't have flying cars dropping around. And that "magnetic putty" could one day save your life - that a "flying car" could easily take...
we do, they're expensive and loud though, helicopters, but we have nanomachines that help medicine*
They do have that though 😂
@@user-ro2tm3dp8xno they are actually silent. You can not hear them at all
This is some good sci fi- instead of humanoid robots there is slime instead. We have no grasp on future tech shown by how ppl in the 1800s conceived the year 2000. Their illustrations of tech still look old west.
When I was in my teens I use to think how advanced humanity has become, but now I realize we didn't get smarter based on what I've seen the last 20+ yrs.
We will never get smarter we will only go farther and farther downhill deeper into the veil of insanity we are in now
How is this not getting more advanced?
@@francisconeto3963 Most of us are riding on the coattails of geniuses. People don't even know what a woman is anymore..
@@antrodaze910 we def know what a woman is
It bewilders me how this seemingly smart ASAP science guy shows absolutely ZERO concerns on what he's talking about..
this is both very good and very horrifying
this is awesome
"With great power comes great responsibility"
First came the U.S. National Security Agency, Skynet, and now the beginning stages of the liquid metal T-1000 from Terminator 2.
Ah yes the T-2000!!
Thanks guys great invention.
Imagine getting your nanobot treatment and hearing ads directly in your head shortly after
Is anyone else thinking of Terminator 2?
This is basically Soma's structure gel lol
PD: A more detailed explanation on how it actually works would've been nice. Great video though
Damn you right 😭
You’ll find out soon I guess it’s been injected into most humans under the biggest experiment known to man.
its a 3 year old story and its not an actual robot but magnet controlled
Microrobots could deliver drugs straight to diseased tissue. Fish-Shaped Microrobots to Deliver Chemotherapy to Tumors
ruclips.net/video/4Qa7W-TH948/видео.html
............
I love that game
Venom out here wilding
Incredible
The way it moves kinda reminds me of that of a Symbiote
I was really impressed with your video. had me engaged the entire time AND you put your ad at the end! props, keep the great content up!
1:13 The microscopic air force!
just amazing!!!
1:21
Oh my lol 😅 i see an industry here
I must have missed something... How is the robot controlled/propelled? Is it self propelled (internal power source / motorisation) or external magnetic fields that guide it? In some images, it looked like a magnet was applied from behind.
Yeah very weird that he didn’t show us that part. I’m guessing they have electromagnets behind the white background in most of the tests. This would mean that the material science of the goo is the only novel part
2:30 starts to explain the motion/propulsion..
They never explained, and this crummy channel evaded answering that question to make the slime sound cooler than it is.
Its controlled by external magnets, either behind the surface it was sitting on or above it. I could imagine a machine like a CT scan that uses powerful magnetic driving the slime around inside a body from the outside, but the slime itself has no way to move.
@@kyleharmon2848 ok try 2:15
@@kyleharmon2848 I’ll do the hard work for you.. start at 2:10..
what gives it its unique ability to move.. and then he explains..
what more do you want..
he can’t tell you it’s using rockets..
because it’s not?
I love how they're working tirelessly to get tiny robots into our bodies. 🤔
What are you trying to say
@@eggspmModern "medicine" is more about control & profit than health.
You're funny
What if I told you ... its already is in many people "test subjects" who got the jab....
@@Q_Dawg1950-jb4fu I don't doubt that for a moment.
where have i heard you before? nice video btw
Science and technology flow forth!
"Worlds first liquid robots" antivaxxers: "are you sure about that"
AsapSCIENCE is FANTASTIC! I appreciate how it simplifies science for the average person to comprehend.Thoughtful, creative and intelligent. On behalf of the silent admirers, we love it and please keep up the great work! 👍
sure but not like this concept is advanced or anything. this is literally, just magenetic slime. the rest of the video is going "wow isnt this coooool, wow this would be really cool if it actually was a robot and could actually be controlled without a human moving it with a magent, woooooow"
great!!!
This looks like it came straight out of a 90's dystopian future movie.
This reminds me of that episode of The Outer Limits. The guy injected himself with nanobots, conducted self tests and ended up growing eyes in the back of his head and gills on his neck amongst other external bodily defenses.
His wife was infected in the end as well. The nanobots try to make him unkillable.
@@darkriversaben9163 Truth. An all time classic episode.
😳😳😳
Well..that means ,we are getting closer to shape shift terminators👍🙂 remember Jesus Christ is real ,,heaven is a real place and of course hell is a real place ,,for exsample we can not see the force between two magnets repelling to each other ,,,it is invisible in humans eyes but we can’t deny there is an invisible force,,and that invisible force is strong enough to levitate a train,,and reach high speeds , greetings from Dominican Republic
Microrobots could deliver drugs straight to diseased tissue. Fish-Shaped Microrobots to Deliver Chemotherapy to Tumors
ruclips.net/video/4Qa7W-TH948/видео.html
.........
Has no scientist ever watched terminator? Are we, as a species, this insane
literally my first thought. Did we learn nothing from T2?
I was thinking the exact same thing, it's cool but yes terminator
History: Yes
Watch cassady cambell based and Nitris Tv
@@ArsonBeanTanks evidently not. First, humans teach robots to wield weapons. Then Google made a supercomputer that can pass the turing test. And now this. It would seem skynet has sent someone or someone's back to set things in motion
"Conventional liquid based robots." That's a phrase I never imagined I'd hear in my lifetime.
Cool video! Also, I will fight you for that shirt! 😆