Also, when Hiro presented the micro-bots to the public, he demonstrated how one person with a neurotransmitter and micro-bots can built a single building without teams building a something that could takes months or years. This also alludes to Sheldon's comment how the technology and engineering into machines can one day renders a large number of human workers obsolete, lol
I'd imagine that this could work for anyone, but there would have to be a learning AI involved. When you first put it on, functionality would be really basic, then improve over time. But every time a new user was introduced, the system would have to be reset and the learning start over.
@@HelloNotMe9999 Which does bring into question about the other user's ability to use it seemingly so fast, since we learn it was used probably a few hours after it was introduced by Hiro, so it would've had to have been calibrated to their brain rather than Hiro's
I think Baymax is a robot and not just a giant machine so that he can be accesible and help people around the world, not just in one place. Also that way he seems way friendlier, and will encourage sceptical people and children to feel better
0:30 I always loved how they show these flying wind-turbines, they're beautiful and functional and show that this huge city is going for green energy I'm nowhere near knowledgeable enough in engineering to know how effective they would actually be, but I like wind turbines and these look like they wouldn't bother anyone
As much as I love this technology, I feel confident that it will never be able to replace us as doctors, given the ability to abstractly think and to create ideas from nothing, not to mention we have a little something some people call "grit."
@@nicholaswilliams5915 No, because I don't wish to take your money. Regardless, you won't live long enough for your point (if it ever happens) to be proven.
7:14 With frequenzy modulation you can measure the pulse rate of a patient with a laser. It is based on the doppler effect. Imagine an ambulance driving towards and then away from you. You will notice first that the siren is pitched higher and second it is pitched lower. The same thing happens with an laser. Instead of an modulated pressure wave (sound) you will have an modulated electromagnetic wave - laser light is often monocromatic. The important part, the modulation, is generated by changing distances. When a pulse goes threw your veins it streches. With the changing distances you will have by reflecting the laser on the "vibrating" surface a change in intesity which is measured. You only need to know when and how often the intensity is changing rapidly. For other application such as measuring vibrations in nanometer scale you also look at the intensity itself. - This is the complicated variant. It also leaves the question how the laser will reflect from the skin or the vein to get an interence to measure the intensity. There also another method which is way easier. You can measure the difference of blood volumes due to light absoprtion. Therefor it is important to use the right wavelength of light. If there is no pulse and the vein is relaxed there is less volume in one directen as if there is a pulse. For example infrared light passes threw the skin and the vein during non pulse. A small amount of that light is reflected. Most of the other light that doesnt reflect is absorbed. When a pulse is happening more infrared light is absorbed and less gets reflected. For getting the pulse frequenze you only need to know the events of changing with timestamp. The basics of light absorption are following: Light with wavelength x is absorbed when the material has energy levels or distances with around length x which match. For further interest you can search for these keywords. Most wikipedia articles are quite good to get an overview: electromagnetic wave, light absorption, frequenzy modulation, laser, doppler effect, michelson interferometer, vibrometer.
Good reaction! Glad you liked the movie! Talk about the following, you missed a lot! -How Hiro managed to break the robot up and control them simultaneously during the second round - How electro magnetic suspense react when coming in contact with other metals -How Wasabi added in a confinement for ultra-precision (btw, he pointed out a safety line. That's another safety feature that was shown, lol) -Honey Lemon's roll of tungsten carbide transformed into chemical-metal embrittlement with other elements -Why Fred cannot have a formula that will turn him into monster at will (explain why that's not science, if you can) -Given your background in electrical engineering, Hiro and his brother talk about the battery that powers Baymax. Why Hiro's brother uses lithium ion and why Hiro suggests super-capacitors -The making of the super suits for the team -How Hiro made a chip that allows Baymax to fight. And also, how Baymax's access port cannot be opened after putting in the original chip that allows Baymax to be his primary function -Talk about how the engineer technique how Hiro tells everyone to work their way around the problem (aka look for an angle)
Holy shit, it sounds like I didn't watch the movie at all! When I first saw it, a lot of these things weren't suddenly apparent to me which is why I didn't catch them. You have inspired me to make a Patreon page. I don't mind making a part 2 for this movie, but I don't think a lot of people would value it as much as other more popular films. This is the kind of video I would make but just for people on patreon. If you could hold onto these questions (copy and paste them) until I get my page up and running, I'll make a part 2 and post that there so it's more exclusive content that hardcore fans like you can enjoy! :)
@@parychahal also regarding your comment on how people think differently. When the villain uses the microbots later they behave much less fluidly than when Hiro controls them, showing how their brains accomplish the same tasks very differently.
@@MrGromps I disagree in the way it moves: Hiro is precise and thought threw but Callahan is like tentacles he is using them like extra limbs it’s like he and the microbots are fused since Hiro was just doing a demonstration
Fun fact: the motion-tracking/reference-building software that Hiro uses to program Baymax's movements already exist in reverse. We already have camera technology that can take stunt performances and turn them into animated character movements in real time. With the exponential surge of computing power in the next 20 years, it's not inconceivable that a piece of software in the future would be able to virtually motion-track video using spatial references to convert 2D capture into 3D performance and then have those movements programmed into a robot from a static reference pose.
Baymax is a personal health care companion, meaning that it probably wouldn't leave it's designated area, but could go out of it's way to go help a patient, it would be great for those who can't call for help, as it could respond to anomlys and act immediately. As of the neuro transmitter, for it to work you would need a neuro translater.
i think does micro bots are more of nanobots similar to tony's nanotech suit because tonys helment might obviously be the neural transmitter that makes tony form an weapon , shield, rockets e.t.c . and also black panther who uses a neural link to the suit materialize over his body . so what do you think pary ?
Baymax was designed to be big and cuddly so that children (or just people in general) won't be afraid whenever he approaches and tends to their medical needs. A large machine that you can walk through would look rather intimidating.
10:09 I'm not an expert in technologies but i worked on 3d animation and motion capture. I know Big Hero 6 takes place in the future but today, you can take the movements from the skeleton of a 3d model and put it on an other model but you have to adapt them to the new anatomy. It wouldn't be that simple for Baymax and the man here since Baymax has very short legs and a longer and larger body but i don't mind! Also very interesting reaction!
I remember watching something on Discovery, about a group of researchers who were using an MRI to try and visualise people's dreams, they were able to get vague silhouettes.
If hero designed baymax’s upgrade suit, he could’ve placed fuel pods on the chest, with potential medical supplies in order for baymax to do what he was designed for.
What about plasma thrusters? Gas that is taken in through some kind of integrated intake port, compressed and then superheated into a plasma state before being ejected as exhaust for thrust? No on board fuel needed, just a large enough power source, which I assume the advanced technology in baymax can compensate for as long as it isn't used too often for too long. Is that theory a viable one? Or maybe cold gas thrusters. Compressed air kept in a tank which is periodically opened, possibly pulsing on and off to conserve pressure and make the most of what is available. All that would be needed is a strong enough tank and an electric compressor that is powered by an on board power supply. Bot as cool as rocket boots, but possibly just as viable. Thoughts?
Several companies are working on tech that allows you to control machines with your mind unfortunately the company that was closest had a huge set back when its founder died a mysterious death
One thing I liked very much was the structure of the microbots during the demonstration the Hiro did. It uses hexagons to make the construction as strong as possible with as few resources as possible. Another thing is the idea behind swarm robots where the robots aren't programmed to be in a specific place, but are instead part of a swarm where one takes the place most suited to keep the structure or doing the task. Finally I think that you are right that one would have to adapt the neurotransmitter to each individual. Most people see it as a sign of the malice of the bad guy, how they seem to ooze and be a mass and that certainly is scary, but it could also be a sign that the neurotransmitter is not perfectly adapted to him and therefore he can only do that instead of more efficient and fine control.
I came here because I want to know about the plausibility of theoretical microbots controlled by actual code, written commands, or drawn schematics, something set in stone that everyone would need a certain input to get their desired output. The idea of these individual small machines working collectively as one mind to achieve a much greater goal is just fascinating as all heck! The way he was able to build that tower in like half a second and mentioned in applications within construction made me realize that if these were real we would cut down the cost and time off most projects by a very significant margin because when designing a new skyscraper what if instead of having a full team of engineers splitting the task into small components that become the project as whole then having them translate these components to construction workers who need to be managed and payed while using plenty of equipment to do most of the very heavy lifting taking years just to finishing building the actual projects after potentially years of designing it what if the second part could be cut out completely and could be replaced by these microbots that work as a well oiled colony with 1 mind and 1 goal in mind so when you're done with the actual engineering side of things all you need are the materials and the physical project's construction is automated after instructions are given to microbots? Im not sure if this is just science fantasy or science fiction but if this is fiction I will gladly devote a good part of my life into foreseeing that this idea become reality. I'm currently an EE major btw.
That sensor uses a lot of equations to compute what the rate and blood pressure are based on a single vessel. If only their SpO2 sensor where more medically applicable and accurate.
so he is here to judge the tech but the first thing he does is talking about the setting instead of the bots, completely ignoring what is happening on the screen. well done.
The guys who designed Baymax went to a real robotics lab which is working on an inflatable medical support robot and when the designer saw the movie he said it gave him ideas on how to improve their robot
3D printing has come a long way since the time when that bunny would take a day! I’m blown away by my latest printer making smartphone sized prints in about 10 minutes
10:30 motion capture software has improved alot for vfx to the point where just an app and a nicely framed video, could give you ok results, with more time it could possible mimick movement even better so it's probably not to far off
10:33 most of the software things present here are not only possible, but proven reliable trough AI. If you want to have your mind blown by real life applications of Generative Adversarial Networks and alikes, I suggest you to check the channel "Two minute papers".
At 14:50, you said that you could fall straight down if when you went up, you went up straight. I thought of another way, you fly upwards at a curve like in the movie, you hit some thick glass that you didn't see so you fall back down at no curve because you're not vision (from the MCU) and you can't phase through things.
One problem with downloading the fighting moves too is that Baymax's proportions are very different from the guy, meaning that program would have had to use an ai to find out the person involved, make a skeleton based on a 2d video, and then reshaping the animated skeleton to fit baymax as well as keeping in mind the weight, size, and center of mass of baymax so that he doesn't fall over when doing those complex kicks
@@parychahal it's a nano scale device that rearranges its molecular structure via electrical charges. It is nowhere near as advanced as the bots in the film because waste heat prevents the catoms from assembling quickly, and because quantum mechanical forces generate repulsive and uneven electrostatic fields preventing the atoms from perfectly combining and communicating with one another
@@parychahal the holy grail would be that bot in the film, one that assemble into almost anything. The only way I can see that happening in real life is some type of fusion reactor that assembles lighter elements into any heavier ones(any material can be synthesized with the right temperatures and pressures forcing nuclei to combine). And some type of 3d printer to assemble those elements into any object
@@parychahal a fusion reactor can assemble anything, a fission reactor can disassemble anything.(nuclear level) A 3d printer could assemble and disassemble anything but on the chemical level
I personally think there would be an auto calibration software in the neuro transmitter that would over an hour run calibration based on who's wearing it, its technology that probably wont exist for a long time but given the rate technology advances I'd say give it 150 years for technology to be that small and efficient
This is a cool concept for a video, but i wish you had gone more in depth with this. With the electromagnetic suspension bike, i didn’t want to hear about maglev trains, I wanted to hear about how it was turning the wheels and how the magnets would overcome the friction of the ground and stay in place.
Love the video and commentary on BH6. Yes by today's standards they Technology and science may be off but it does start the thought train on "how" can we make science fiction into science. A good movie can help get the next generations into STEM even if the science is a bit wonky.
Just to add to your point, the reason that rockets drop off their boosters is to not have to carry as much mass once the boosters are out of fuel. this reduces the "m" from "F=ma" and nets a higher "a" or acceleration.
I understand that neurotransmitter technology would be difficult for multiple people to use, but don't we have things that use neurotransmitter for missing limbs or moving a computer mouse on a screen for paraplegic people? It may not be as easily usable from one person to another, but there should be self learning software that is able to decipher what the signals are being fed into it.
The laser detection of heart rate; will that not work similar to how lasers can point to glass and pick up sounds from vibrations even if the person listening is far so long as the speaker is close enough to the glass/window?
I think i got the hang out how electric suspension works, but how does the propulsion part work, like for instance maglev train, you can probably make a simple small scale system with negative and positive mangets but how do you make it follow the track and have propulsion without like electric jets or something to push it?
14:57 actually..... if you thrust straight up you wont fall straight down. given the wind direction, rotation of the earth, and height of apoapsis (peak altitude) you will almost never land exactly where you took off from. SpaceX uses gimbal thrusters and stabilizers to position their rockets when landing. so they actually can land where they took off from, or at least where they want too. if there was no wind, the earth didn't rotate, and the thrust vector was perfectly straight up yeah they would fall straight down. But there is nowhere in the galaxy where those condition are met exists.
You missed the worst goof in this movie, when Tadashi is shown going through testing. ua-cam.com/video/xAWesAmOjrw/v-deo.html That's not even close to how software is tested. Especially when he proclaims, "It works!". ua-cam.com/video/xAWesAmOjrw/v-deo.html What part of it? The initiation function?
Maybe laser pulse reader checks the rhythmic pulses in your body it might receive back some type of scattered light and I say rhythmic because it's ignoring any other movement for maybe shaking or something like that is specifically looking for something that could come from the heart through your blood vessels or veins or whatever I'm not scientists so don't take everything I say the heart is just a thought
Awesome reaction... By the way i would like u to react to a climax fight in an indian sci fi movie called 'Enthiran'.. it was so interesting to come with an idea which was executed in that scene I hope u react to it.. Just search 'Enthiran climax fight 1'
I don't know if they have a second movie in the plans but Disney is making Big Hero shorts. The movie is also a loose adaptation of a Marvel comic by the same name if you want to check that out too. The comic version of the Big Hero Six team exists on Earth-616 which is the main comic universe for Marvel
@@nykoelasmanning6643Oh yeah I heard about that. I did see some episodes of the show and the comics sound interesting. I'm just curious to see where a posible sequel could pick up.
@@g0g0art The TV series is actually a continuation of the movie. It's canon. The first episode of the TV series explains how Hiro "resurrected" Baymax. As the story progesses, they face new villains, get new versions of "BAYMAX" etc. The show is at season 3 now. That's probably why there isn't a Big Hero 6 sequel in the form of a movie. The TV series is the sequel.
@@sabrinarajan yeah I thought that was the case. Now that I think about it, a show offers more time for character development and all that so I'm sure it was the best choice. I'd still be curious for what a movie sequel would be about
if we could figure out large format resign printer prints times like that could become commonplace and i would expect that its not entirely 3d printed in that scene it looks to me like its impregnating something like carbon fibre to make the structure
Also, when Hiro presented the micro-bots to the public, he demonstrated how one person with a neurotransmitter and micro-bots can built a single building without teams building a something that could takes months or years. This also alludes to Sheldon's comment how the technology and engineering into machines can one day renders a large number of human workers obsolete, lol
True dat
I'd imagine that this could work for anyone, but there would have to be a learning AI involved. When you first put it on, functionality would be really basic, then improve over time. But every time a new user was introduced, the system would have to be reset and the learning start over.
@@HelloNotMe9999 Which does bring into question about the other user's ability to use it seemingly so fast, since we learn it was used probably a few hours after it was introduced by Hiro, so it would've had to have been calibrated to their brain rather than Hiro's
Months or years? It was small enough to fit in the stage
I think Baymax is a robot and not just a giant machine so that he can be accesible and help people around the world, not just in one place. Also that way he seems way friendlier, and will encourage sceptical people and children to feel better
7:55 just flexing his pen flip skills
Yeah he just does the flipping out of no where
I can do that with a pencil takes skills tho
I remember watching this on a plane trip and the ending was stunning! Still holds up as one of the best animated movies to this day, in my standard :)
Yeh 😍
Yes! 10/10
Why would you NOT want your hospital flooded with Baymaxes? lol
an excellent point!
Pretty useful and very versatile. You may even have these are therapy bots if they ever become real
I will say they should probably have the ability to deflate them because it’s gonna be a big problem fitting multiple in a small hallway.
0:30 I always loved how they show these flying wind-turbines, they're beautiful and functional and show that this huge city is going for green energy
I'm nowhere near knowledgeable enough in engineering to know how effective they would actually be, but I like wind turbines and these look like they wouldn't bother anyone
7:53 You earned a sub man, you spin the pen so fluidly. God I'm jealous! XD
He is just flexing on us
@Ronnie Daimary that’s if u know how which I don’t ;-;
As much as I love this technology, I feel confident that it will never be able to replace us as doctors, given the ability to abstractly think and to create ideas from nothing, not to mention we have a little something some people call "grit."
I agree, we still need doctors for a long time
Wanna bet?
@@nicholaswilliams5915 No, because I don't wish to take your money. Regardless, you won't live long enough for your point (if it ever happens) to be proven.
@@parychahal i guess that is why baymax is referred to as a nurse and not a doctor. he is meant to be a medical aid, not the medic in charge
I agree with you on that. Still a pretty good nurse
During the microbot explanation I was more focused on your finger skills twirling that pen like a baton
I do that while i'm thinking sometimes ahah
Me too.
Yes😂
7:14 With frequenzy modulation you can measure the pulse rate of a patient with a laser. It is based on the doppler effect. Imagine an ambulance driving towards and then away from you. You will notice first that the siren is pitched higher and second it is pitched lower. The same thing happens with an laser. Instead of an modulated pressure wave (sound) you will have an modulated electromagnetic wave - laser light is often monocromatic. The important part, the modulation, is generated by changing distances. When a pulse goes threw your veins it streches. With the changing distances you will have by reflecting the laser on the "vibrating" surface a change in intesity which is measured. You only need to know when and how often the intensity is changing rapidly. For other application such as measuring vibrations in nanometer scale you also look at the intensity itself. - This is the complicated variant. It also leaves the question how the laser will reflect from the skin or the vein to get an interence to measure the intensity. There also another method which is way easier.
You can measure the difference of blood volumes due to light absoprtion. Therefor it is important to use the right wavelength of light. If there is no pulse and the vein is relaxed there is less volume in one directen as if there is a pulse. For example infrared light passes threw the skin and the vein during non pulse. A small amount of that light is reflected. Most of the other light that doesnt reflect is absorbed. When a pulse is happening more infrared light is absorbed and less gets reflected. For getting the pulse frequenze you only need to know the events of changing with timestamp. The basics of light absorption are following: Light with wavelength x is absorbed when the material has energy levels or distances with around length x which match.
For further interest you can search for these keywords. Most wikipedia articles are quite good to get an overview: electromagnetic wave, light absorption, frequenzy modulation, laser, doppler effect, michelson interferometer, vibrometer.
10:00 the closest or most realistic version of this would be motion capture and then like scanning the movements
0:15 Can we just stop and appreciate the melding of the Golden Gate Bridge with the entrance to a Japanese Shinto Shrine?
That’s bloody clever.
Hiro did pass out in one of the scenes when baymax went to high. Still loved the reaction though.
Good reaction! Glad you liked the movie!
Talk about the following, you missed a lot!
-How Hiro managed to break the robot up and control them simultaneously during the second round
- How electro magnetic suspense react when coming in contact with other metals
-How Wasabi added in a confinement for ultra-precision (btw, he pointed out a safety line. That's another safety feature that was shown, lol)
-Honey Lemon's roll of tungsten carbide transformed into chemical-metal embrittlement with other elements
-Why Fred cannot have a formula that will turn him into monster at will (explain why that's not science, if you can)
-Given your background in electrical engineering, Hiro and his brother talk about the battery that powers Baymax. Why Hiro's brother uses lithium ion and why Hiro suggests super-capacitors
-The making of the super suits for the team
-How Hiro made a chip that allows Baymax to fight. And also, how Baymax's access port cannot be opened after putting in the original chip that allows Baymax to be his primary function
-Talk about how the engineer technique how Hiro tells everyone to work their way around the problem (aka look for an angle)
Holy shit, it sounds like I didn't watch the movie at all! When I first saw it, a lot of these things weren't suddenly apparent to me which is why I didn't catch them. You have inspired me to make a Patreon page. I don't mind making a part 2 for this movie, but I don't think a lot of people would value it as much as other more popular films. This is the kind of video I would make but just for people on patreon.
If you could hold onto these questions (copy and paste them) until I get my page up and running, I'll make a part 2 and post that there so it's more exclusive content that hardcore fans like you can enjoy! :)
@@parychahal also regarding your comment on how people think differently. When the villain uses the microbots later they behave much less fluidly than when Hiro controls them, showing how their brains accomplish the same tasks very differently.
@@MrGromps I disagree in the way it moves: Hiro is precise and thought threw but Callahan is like tentacles he is using them like extra limbs it’s like he and the microbots are fused since Hiro was just doing a demonstration
😐@@parychahal
Fun fact: the motion-tracking/reference-building software that Hiro uses to program Baymax's movements already exist in reverse. We already have camera technology that can take stunt performances and turn them into animated character movements in real time. With the exponential surge of computing power in the next 20 years, it's not inconceivable that a piece of software in the future would be able to virtually motion-track video using spatial references to convert 2D capture into 3D performance and then have those movements programmed into a robot from a static reference pose.
I call this movie “How to Train Your Iron Man” because the plot is a mashup of “How to Train Your Dragon” and “Iron Man.”
I never looked at it that way...interesting tho
Last time I watched this was years ago, but I still remember almost everything
"Lasers can detect your heart rate"
Engineer: I have no idea how this works
Me: fucking magic
Baymax is a personal health care companion, meaning that it probably wouldn't leave it's designated area, but could go out of it's way to go help a patient, it would be great for those who can't call for help, as it could respond to anomlys and act immediately.
As of the neuro transmitter, for it to work you would need a neuro translater.
Sub to weasel dud a.i
i think does micro bots are more of nanobots similar to tony's
nanotech suit because tonys helment might obviously be the neural transmitter that makes tony form an weapon , shield, rockets e.t.c . and also black panther who uses a neural link to the suit materialize over his body . so what do you think pary ?
Baymax was designed to be big and cuddly so that children (or just people in general) won't be afraid whenever he approaches and tends to their medical needs.
A large machine that you can walk through would look rather intimidating.
When he said people are trying to build something like Baymax but not in the form of a huge marshmallow robot, i was like WHY NOOOOOOOOT????
10:09 I'm not an expert in technologies but i worked on 3d animation and motion capture. I know Big Hero 6 takes place in the future but today, you can take the movements from the skeleton of a 3d model and put it on an other model but you have to adapt them to the new anatomy. It wouldn't be that simple for Baymax and the man here since Baymax has very short legs and a longer and larger body but i don't mind!
Also very interesting reaction!
I remember watching something on Discovery, about a group of researchers who were using an MRI to try and visualise people's dreams, they were able to get vague silhouettes.
If hero designed baymax’s upgrade suit, he could’ve placed fuel pods on the chest, with potential medical supplies in order for baymax to do what he was designed for.
What about plasma thrusters? Gas that is taken in through some kind of integrated intake port, compressed and then superheated into a plasma state before being ejected as exhaust for thrust? No on board fuel needed, just a large enough power source, which I assume the advanced technology in baymax can compensate for as long as it isn't used too often for too long.
Is that theory a viable one?
Or maybe cold gas thrusters. Compressed air kept in a tank which is periodically opened, possibly pulsing on and off to conserve pressure and make the most of what is available. All that would be needed is a strong enough tank and an electric compressor that is powered by an on board power supply. Bot as cool as rocket boots, but possibly just as viable.
Thoughts?
That pen spinning was wicked
lmao thanks
I am now focused on how to spin a pen like that and the knowledge for all the things in Big Hero 6
Several companies are working on tech that allows you to control machines with your mind unfortunately the company that was closest had a huge set back when its founder died a mysterious death
That’s suspicious
Baymax is just adorable
"giant fat iron man"
hulk buster: am i a joke to you?
Lol
One thing I liked very much was the structure of the microbots during the demonstration the Hiro did. It uses hexagons to make the construction as strong as possible with as few resources as possible.
Another thing is the idea behind swarm robots where the robots aren't programmed to be in a specific place, but are instead part of a swarm where one takes the place most suited to keep the structure or doing the task.
Finally I think that you are right that one would have to adapt the neurotransmitter to each individual. Most people see it as a sign of the malice of the bad guy, how they seem to ooze and be a mass and that certainly is scary, but it could also be a sign that the neurotransmitter is not perfectly adapted to him and therefore he can only do that instead of more efficient and fine control.
Him: Storyline is fun.
(Tadashi Died in the movie)
Tadashi's Fans: What did you say?
Me: I just like the whole thing.
movie aside, those pen tricks your doing are insane(well at least to someone who doesn't know how to do them.)
I came here because I want to know about the plausibility of theoretical microbots controlled by actual code, written commands, or drawn schematics, something set in stone that everyone would need a certain input to get their desired output. The idea of these individual small machines working collectively as one mind to achieve a much greater goal is just fascinating as all heck! The way he was able to build that tower in like half a second and mentioned in applications within construction made me realize that if these were real we would cut down the cost and time off most projects by a very significant margin because when designing a new skyscraper what if instead of having a full team of engineers splitting the task into small components that become the project as whole then having them translate these components to construction workers who need to be managed and payed while using plenty of equipment to do most of the very heavy lifting taking years just to finishing building the actual projects after potentially years of designing it what if the second part could be cut out completely and could be replaced by these microbots that work as a well oiled colony with 1 mind and 1 goal in mind so when you're done with the actual engineering side of things all you need are the materials and the physical project's construction is automated after instructions are given to microbots? Im not sure if this is just science fantasy or science fiction but if this is fiction I will gladly devote a good part of my life into foreseeing that this idea become reality. I'm currently an EE major btw.
That sensor uses a lot of equations to compute what the rate and blood pressure are based on a single vessel. If only their SpO2 sensor where more medically applicable and accurate.
so he is here to judge the tech but the first thing he does is talking about the setting instead of the bots, completely ignoring what is happening on the screen. well done.
When he did that thing with the pan I knew he was the real deal
The guys who designed Baymax went to a real robotics lab which is working on an inflatable medical support robot and when the designer saw the movie he said it gave him ideas on how to improve their robot
Sub to weasel dud a.i
This dude makes science fun and more interesting your a legend
Thank you!
3D printing has come a long way since the time when that bunny would take a day! I’m blown away by my latest printer making smartphone sized prints in about 10 minutes
10:30 motion capture software has improved alot for vfx to the point where just an app and a nicely framed video, could give you ok results, with more time it could possible mimick movement even better so it's probably not to far off
that was awesome! made me feel good for noticing the parabolic motion tehe
4:06 Also, there aren't any maglev trains in Hong Kong. I live in Hong Kong and I am not aware of any ongoing proposals either :/
dude made it through like 40 minutes of the movie, all the insane shit happens later on lol the fuck is this
10:33 most of the software things present here are not only possible, but proven reliable trough AI. If you want to have your mind blown by real life applications of Generative Adversarial Networks and alikes, I suggest you to check the channel "Two minute papers".
this man needs more subscribers no cap
Bruh this is my favorite movie! so cool to see you taking a look.
did you like the video?
He never mentioned the Tungsten carbide ball that magically vanished...
At 14:50, you said that you could fall straight down if when you went up, you went up straight. I thought of another way, you fly upwards at a curve like in the movie, you hit some thick glass that you didn't see so you fall back down at no curve because you're not vision (from the MCU) and you can't phase through things.
One problem with downloading the fighting moves too is that Baymax's proportions are very different from the guy, meaning that program would have had to use an ai to find out the person involved, make a skeleton based on a 2d video, and then reshaping the animated skeleton to fit baymax as well as keeping in mind the weight, size, and center of mass of baymax so that he doesn't fall over when doing those complex kicks
07:55 that pen spin was smooth af
2:11 engineers wet dream
Talk about the bigger robot that the small boy used that uses some kind of electromagnets it has a name but I can't remember it.
Claytronics
@@scifirealism5943 Never heard of it
@@parychahal it's a nano scale device that rearranges its molecular structure via electrical charges.
It is nowhere near as advanced as the bots in the film because waste heat prevents the catoms from assembling quickly, and because quantum mechanical forces generate repulsive and uneven electrostatic fields preventing the atoms from perfectly combining and communicating with one another
@@parychahal the holy grail would be that bot in the film, one that assemble into almost anything.
The only way I can see that happening in real life is some type of fusion reactor that assembles lighter elements into any heavier ones(any material can be synthesized with the right temperatures and pressures forcing nuclei to combine).
And some type of 3d printer to assemble those elements into any object
@@parychahal a fusion reactor can assemble anything, a fission reactor can disassemble anything.(nuclear level)
A 3d printer could assemble and disassemble anything but on the chemical level
7:55 them pen spins are nice
Elon Musk watching this video: Neuralink challenge accepted.
Yes
I personally think there would be an auto calibration software in the neuro transmitter that would over an hour run calibration based on who's wearing it, its technology that probably wont exist for a long time but given the rate technology advances I'd say give it 150 years for technology to be that small and efficient
Yeh This movie is something different than I thought of.... Super cool
I was hoping you’d talk about that portal thing
This is a cool concept for a video, but i wish you had gone more in depth with this. With the electromagnetic suspension bike, i didn’t want to hear about maglev trains, I wanted to hear about how it was turning the wheels and how the magnets would overcome the friction of the ground and stay in place.
Love the video and commentary on BH6. Yes by today's standards they Technology and science may be off but it does start the thought train on "how" can we make science fiction into science. A good movie can help get the next generations into STEM even if the science is a bit wonky.
I agree!
I think the thrusters are really advanced air breathing ionic thrust technology
We need a mechanical engineer with him to react
Why do u say so ??
Just to add to your point, the reason that rockets drop off their boosters is to not have to carry as much mass once the boosters are out of fuel. this reduces the "m" from "F=ma" and nets a higher "a" or acceleration.
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Hey perry, could you check out what phineas and Ferb are up to today.
which episode did you want me to react to?
Can you 3d print other 3d printers?
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I understand that neurotransmitter technology would be difficult for multiple people to use, but don't we have things that use neurotransmitter for missing limbs or moving a computer mouse on a screen for paraplegic people? It may not be as easily usable from one person to another, but there should be self learning software that is able to decipher what the signals are being fed into it.
Siri & Alexa are "Agent Programs"
The laser detection of heart rate; will that not work similar to how lasers can point to glass and pick up sounds from vibrations even if the person listening is far so long as the speaker is close enough to the glass/window?
There is no Mag-Lev trains in Germany anymore, and even before, they were for science purpose only
13:55 baymax uses ion thrust and the water is vaporized and re condenses
I think i got the hang out how electric suspension works, but how does the propulsion part work, like for instance maglev train, you can probably make a simple small scale system with negative and positive mangets but how do you make it follow the track and have propulsion without like electric jets or something to push it?
I could explain it, but this article is straight forward, and you'll learn more from this then from me: www.energy.gov/articles/how-maglev-works
@@parychahal okay thank you :)
You're welcome!
Marshmallow Fluffy Robot 🤣
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In which state do we measure force parry??
all of them lol
I have been to a robot fight and robot batteries are highly explosive
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Baymax is the robot I want to be real
5:00 i have seen some super thin bike tires but i think they are only good for racing
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laser heart rate is most probable to be Audio pickup
14:57 actually..... if you thrust straight up you wont fall straight down.
given the wind direction, rotation of the earth, and height of apoapsis (peak altitude) you will almost never land exactly where you took off from.
SpaceX uses gimbal thrusters and stabilizers to position their rockets when landing. so they actually can land where they took off from, or at least where they want too.
if there was no wind, the earth didn't rotate, and the thrust vector was perfectly straight up yeah they would fall straight down. But there is nowhere in the galaxy where those condition are met exists.
Big hero 6 is set 150 years in the future
You missed the worst goof in this movie, when Tadashi is shown going through testing.
ua-cam.com/video/xAWesAmOjrw/v-deo.html
That's not even close to how software is tested.
Especially when he proclaims, "It works!".
ua-cam.com/video/xAWesAmOjrw/v-deo.html
What part of it? The initiation function?
Fun Fact , Big Hero 6 is Marvel
My dream college
i think that ironic thrusters
How did you spin that pen?🙂
Alexa is a UI not an AI
Hiro made robotic kinect bots....
I have to subscribe man. This was so good.
i assume bamax has the gas in his body somewhere in his body since hes mostly empty
I love Big Hero Six 💗💗
Maybe laser pulse reader checks the rhythmic pulses in your body it might receive back some type of scattered light and I say rhythmic because it's ignoring any other movement for maybe shaking or something like that is specifically looking for something that could come from the heart through your blood vessels or veins or whatever I'm not scientists so don't take everything I say the heart is just a thought
Has he seen two minute papers
Awesome reaction... By the way i would like u to react to a climax fight in an indian sci fi movie called 'Enthiran'.. it was so interesting to come with an idea which was executed in that scene
I hope u react to it..
Just search 'Enthiran climax fight 1'
I did a reaction to Dhoom 2 and it didn't get much traction, I doubt this one will do better
@@parychahal i hope so sir😊
Giant nanotech😁
I really love watching your videos keep it up :)
Thank you so much!
I wish they made a sequel to this movie. I'm curious to see what the continuation(in terms of its story) would be
I don't know if they have a second movie in the plans but Disney is making Big Hero shorts. The movie is also a loose adaptation of a Marvel comic by the same name if you want to check that out too. The comic version of the Big Hero Six team exists on Earth-616 which is the main comic universe for Marvel
@@nykoelasmanning6643Oh yeah I heard about that. I did see some episodes of the show and the comics sound interesting. I'm just curious to see where a posible sequel could pick up.
@@g0g0art The TV series is actually a continuation of the movie. It's canon. The first episode of the TV series explains how Hiro "resurrected" Baymax. As the story progesses, they face new villains, get new versions of "BAYMAX" etc. The show is at season 3 now.
That's probably why there isn't a Big Hero 6 sequel in the form of a movie. The TV series is the sequel.
@@sabrinarajan yeah I thought that was the case. Now that I think about it, a show offers more time for character development and all that so I'm sure it was the best choice. I'd still be curious for what a movie sequel would be about
this man is speaking my fav language SCIENCE sub
so if someone breaks an arm And is screaming if they don't say ow baymax will do nothing
May be baymax uses electronic thrusters
if we could figure out large format resign printer prints times like that could become commonplace and i would expect that its not entirely 3d printed in that scene it looks to me like its impregnating something like carbon fibre to make the structure