Are Humanoid Robots Ready for the Real World? China Says Yes

Welcome to the Sentient Code, where intelligence is engineered, autonomy is emerging, and a line between human and machine grows thinner. Each episode, we decode the algorithms, explore the robotics, and examine the ideas shaping the future of artificial minds.

Okay, so let's start with the date, just to kind of anchor ourselves in time.

Good idea.

It is Tuesday, February seventeenth, twenty twenty six. And you know, for a lot of people today is probably that slow day back at work.

Oh yeah, nursing the food coma from yesterday's.

Celebrations exactly too many dumplings, too many New Year cakes. But the date that I think is really going to be circled in the history books of well of technology. Yeah, it isn't today, It was yesterday.

It really really feels like the tectonic plates of the entire tech world shifted while we were all just, you know, sitting on the couch watching TV last night.

Doesn't It absolutely does. We are, of course, talking about the day after the lunar New Year celebration. We are here to unpack the massive, the overwhelming, the just record breaking twenty twenty six CCTV Spring Festival Gala or tune.

One, which, and we should probably explain this for anyone who isn't familiar, is the single most watched television event on the planet period.

It is truly, truly mind boggling. I think for our listeners, especially maybe in North America or Europe, we always use the super Bowl as the benchmark for a big TV event.

Sure, the halftime show, the commercials, it's a cultural touchstone, it is.

But we have to completely recalibrate our scales here. We need a whole new frame of reference. Oh.

Absolutely, the super Bowl is huge, don't get me wrong. It's a massive cultural moment in the US. But the Spring Festival Gala, you are looking at an audience that regularly consistently hits between five hundred and seven hundred million live viewers.

That number doesn't even sound real. Five hundred million.

It's half a billion people minimum.

Watching the same program at the exact same time. It's wild.

It's a cultural monolith. It's the background noise of the new year for nearly what twenty percent of the human population.

Yeah.

Usually it's a mix of pop stars, maybe some comedy sketches. Traditional dancer is a bit of magic. But this year the theme wasn't just celebration. It felt like a vision statement.

It was a reveal, a very loud, very very expensive reveal. Because normally you expect maybe a little cameo from a piece of tech, a drone swarm in the sky forming a dragon.

Maybe we've seen that rite a bit of tech spectacle.

But this year the stage was absolutely taken over by humanoid robots and not just you know, standing in the background. They were the main character.

It was an unprecedented focus. We aren't talking about a cute little cameo where a robot waves at the camera and it never goes ah how neat. This was a humanoid robotics revolution, broadcast live to the entire world. It was a statement that the hardware has finally caught up to the hype.

I mean, I watched it live and I'm still trying to process the sheer absurdity and the wonder of the visuals. We had robots performing kung fu, We had robots doing the drump and fists, which is insane, and we had them interacting with children on stage live. It was completely.

Surreal and it wasn't chip surrealism either. This wasn't some creative director just having a wild idea and using like Cgi or bubbeteers. This was a strategic partnership, a very public one. It evolved four of the leading startups in the sector, Unitree, Magic Lab, Galbot and Noatics.

And there was serious money involved here, right, This wasn't just for the exposure.

Oh no. The reports suggest the partnership deals were worth around one hundred million YU on.

Which is roughly what fourteen million US dollars About that.

Yeah, but the value goes way way beyond the cash. This was a signal. It was a statement about embodied AI.

Embodied AI, that's the phrase I keep hearing this morning. It sounds so sci fi, but I guess here we are.

Well, it's the idea that artificial intelligence isn't just a chat bot in your browser anymore. But it's not just a large language model living in a server farm somewhere in the desert. It has a body. It has a body you can move, it can act, it can manipulate the physical world, and as we saw last night, it can perform martial arts with frankly terrifying precision.

So the mission of our discussion today, I guess is to really get into that, to unpack how this single event managed to blend traditional Chinese culture with this incredibly cutting edge technology to signal loudly that technological self reliance isn't a future goal. It's here.

It's happening right now on the world's biggest stage.

Okay, so let's get into the weeds. Let's do a proper analysis of this, because the star of the show, the moment that I think just absolutely broke the internet, was the segment they called Wuviot.

It's a clever name, Wou from Wu Shu or martial arts and bought.

Simple, simple, effective, but the execution was anything but simple. This was the flagship segment, and it featured Unitary robotics.

Specifically, they're G one humanoid robots. I mean, they had a few of the larger H one and H two variants sprinkled in there for some of the heavy lifting moments, but the g Ones were the main m the main chorus line, so to speak.

And the G one is their mass production model, right the one they're trying to really scale up.

That's the one. This was a showcase for the robot they intend to sell.

By the thousands, and they weren't alone on stage. This is the part that gave me anxiety just watching it. They were performing alongside these incredibly talented kids from the Hennen Tago Martial Arts School, which.

Just adds layer of complexity that makes me sweat just thinking about it. From an engineering and a safety perspective, you have high energy human performers children moving frankly, unpredictably right next to autonomous machines that are swinging weapons around. That is, that is a recipe for disaster if your code isn't absolutely perfect.

And the energy I mean. The official description called it a fully autonomous humanoid robot cluster Kung Fu performance. Mmm. Just saying that sentence out loud feels like a mouthful from a science ficion novel.

It is, but every single word in that sentence matters. Fully autonomous means no one was driving them with a joystick. There wasn't a team of people backstage with controllers for each robot.

They were thinking for themselves in a way.

Yes, they were executing their programming based on real time sensory input. Cluster means they were communicating with each other. They were aware of their group positioning, maintaining formation like a.

Flock of birds, but with more spinning kicks exactly.

And kung fu. Oh well, that's the incredible physical challenge that they set for themselves.

Let's really dig into that physical challenge, because the one thing that made my jaw hit the floor was the drinke and fist zuquon.

It is, I would argue, one of the most difficult martial arts styles for a human to master, let alone a robot, right.

Because the entire point of drunken fists is that you look like you're about to fall over. You're stumbling, your off balance, lurching. It's all about deception.

Exactly, and for a robot, balance is usually the number one goal. It's the prime directive. You want the center of gravity to be stable, you want predictable footing, you want your zero moment point, the point where all forces are balanced, to be right between your feet. Zuok one throws all of that out the window.

So how do they even program that? Are they just telling it to almost fall?

It's more complex than that. It requires programming these incredibly wobbly off balanced stances. It demands exaggerated swaying. It's like they have to constantly ride the very edge of their stability envelope without ever actually losing control. It's a continuous dynamic balancing act.

And they were doing these sudden drops. I saw robots just hit the deck and then bounce right back up.

That is the technical marvel right there. Yeah, it's not just the falling. Anyone can push a robot over. I could do that, right, It's the recovery. In robotics, we call this fault recovery algorithms. Usually, if a bipedal robot falls over, the show is over. It's a fail state. It needs a crane or a team of engineers in white coats to come out and reset it. It's embarrassing.

But these things were popping back up like Arnold Schwarzenegger in a Terminator.

Movie without any help. That is the key. They had to maintain this real time balance control in chaotic conditions, fall intentionally as part of the choreography, and then execute an explosive, powerful recovery to get back on their feet.

So what does that show us technically what's going on under the hood there.

It demonstrates a level of dynamic stability and proprioception that is honestly shocking. Proprioception is your body's awareness of itself in space. It implies the robot has an internal model of its own body that is incredibly advanced and that it can use to plan these complex, multi stage movements in milliseconds.

It's almost like they have an inner ear like humans do for balance.

In a way they do their imus. Their inertial measurement units are working overtime. These are the sensors, the gyroscopes and excelrometers that are processing thousands of data points every second. To say, okay, my torso is tilting backer at thirty degrees per second, I'm falling, So engage the knee actuators at x torque, swinging the left arm forward for a momentum, and push off the right heel to get back up. It's a symphony of calculations.

And they weren't just dancing empty handed. They had weapons. This is another level.

Of crazy broadswords. Yeah, the dies staffs, the gun and nunchucks.

Nunchucks. I can barely use nunchucks without hitting myself on the face. Seeing robots spin them around with the kids standing three feet away.

It adds this whole variable of inertia and momentum that the robot has to calculate in real time. It's not just its own body anymore. If you swing a heavy staff, it pulls your body forward. Centrifugal force is.

Very real, so the robot has to actively fight that force instantly.

It has to compensate for that pull in the exact opposite direction, or just falls over. It's a constant feedback loop, swinging, feel the pole, adjust stance, compensate, all while stay in sync with the music and dozens of other performers.

It really highlights the relevance of this whole segment. Then it's not just look a robot can dance. It's look a robot that can handle chaotic, unpredictable physical forces.

Precisely, it's a demonstration of robustness because if it can handle a nunchuck swing while standing on one leg on a slippery stage, it can probably handle carrying a heavy box of groceries over an icy driveway. That's the translation to the real world.

That makes sense. But then we have to talk about the acrobatics because they didn't just stand the ground.

No, No, they were airborne.

I saw freestyle table vaulting parkour. A robot just running at a table, planting its hands and vaulting over it.

And the aerial flips they looked well, they looked impossible for a machine made of metal, plastic and wires.

How hygrid they getting.

Some of them are doing three meter high aerial flips. Now, just stop and think about the structural stress on a machine when it lands from three meters in the air. That's almost ten feet.

That has to exceed standard structural limits, doesn't it. I mean my phone screen cracks if I drop at three feet Usually.

Yes, for most robots, a fall from that height you would risk snapping the joints, shattering the optical sensors, or stripping the gears and the harmonic drives that control the limbs. But these units, they took the impact, they absorbed the shock, and they kept moving.

I saw continuous single legg flips and two step wall assisted.

Backflips, the kind of stuff you see in an action movie.

Yeah. And the speed they weren't moving in that slow, deliberate I'm thinking about my next step motion like those old robot videos we used to laugh at.

No, this was fluid and fast. They were clocking running speeds up to four meters per second, which is about about fourteen kilometers per hour or around nine miles per hour. That is a respectable human sprint.

And then there was that break dancing move, the airflare.

Was it the seven point five rotation airflare Grand skin.

I don't even know what that means technically, but visually it was just a blur of a robot spinning on its hands.

It's an incredibly difficult power move and break dancing. The body spins horizontally, almost parallel to the floor while you balance on your hands, switching from one hand to the other rapidly teeth the momentum.

So to do seven and a half rotations continuously.

It requires a battery output and a joint torque density that is absolutely cutting edge. It's a massive stress test for the battery management system and the cooling systems as much as it is for the motors. That move has never been achieved live by a humanoid cluster before ever.

And cluster is the word that brings us to the next big point here. It wasn't just one super robot showing off in the spotlight. It was dozens of them.

This is where we get into the realm of swarm intelligence. And this to me is almost more impressive than a single robot's acrobatics.

Right, Because if you have one robot doing a backflip, that's incredible engineering. But if you have twenty robots doing backflips next to each other without crashing into each other, that's a whole different problem.

It's a logistics and a communication problem. They were moving in these perfectly synchronized formations, and we have to remit umber. They aren't on rails, they aren't following magnets in the floor.

They're using closed loop AI perception. What does that mean?

In simple terms, it means they are constantly seeing the world around them and reacting to it. The loop is see think, act, repeat over and over hundreds of times.

A second, so they are literally seeing each other.

Yes, they're equipped with a sensor suite, primarily using triangular light ar and vision systems cameras to map the stage, to map the position of their neighbors, and most importantly, to map the human performers in real time.

Which brings me back to the safety question, because again, we have robots swinging sticks and nunchucks and they are at times inches away from children.

It's a terrifying prospect for a safety officer. But it's a massive flex for the engineers who program them. They use a technique called reinforcement learning to achieve over ninety percent motion accuracy.

Reinforcement learning. We hear that term a lot with AI, like chat rept but how does it apply to physical legs and arms.

Well, think of it like training a dog, but digitally and millions of times faster. You give the AI a goal in a computer simulation. Do this kung fu move, but don't let the end of your staff get within twelve inches of this moving child shaped object, and you reward it when it gets it right and penalize it when it fails.

So it practice is in a video game, essentially a very.

Very realistic video game. They ran these simulations millions, maybe billions of times. We call this process sim too real simulation to reality. They let the AI figure out the optimal movements on its own through trial and error, so.

By the time they got to the Gallas stage, the robots had effectively practiced this routine more times than any human being ever could.

Exactly, and the system is dynamic. It allows for real time spacing adjustments. If a human performer is a few inches off their mark, which they will be because they're human. Of course, the robust perception system detects it and instantly adjusts its swing or its step to avoid a collision. Its dynamic safety, pre program safety. It's adapting on the fly.

That is just incredible. And they even had sparring sequences, right, It wasn't just dancing side by side. They were actually fighting.

They called it the Louis Fists sequences. Yes, robots dueling with the young performers. It was choreygraphed, of course, but it required that same real time perception to work.

It was a showcase of harmony, I guess, between man and machine in a very confined, very active space.

That's the thematic takeaway they were going for. It sends a pretty strong message. We are safe, we are precise, we can work with you, not against you.

It's an attempt to erase that classic sci fi fear that robots are dangerous, clumsy machines that are going to trip and crush you.

Exactly. It's a very powerful image. But speaking of powerful images, we absolutely have to talk about the Monkey King.

Oh man, the monkey King.

This is where the cultural fusion peaked. It was just a masterstroke of stagecraft and symbolism.

For those who might not know, the Monkey King's Sun Wukong is like the ultimate superhero of Chinese mythology from the classic novel Journey to the West.

He represents agility, cleverness, rebellion, and incredible power, and typically in the year of the Horse. You might not expect the Monkey King to take center stage, but he is such an icon of movement and transformation.

And they dressed up a Unitree H two model. This is the big one, the one point eight meter tall, heavily armored looking robot in full Monkey King armor.

It was visually so striking, the ornate armor, the powerful stance. But the genius part, the part that made everyone gassed, was the cloud.

The Somersault cloud. In the myths, the Monkey King can fly by riding on a magical cloud. So how did they pull that off with a robot.

They used unit Trees B to W quadruped robot dogs, the four legged.

Ones the robot dogs. Of course, Boston Dynamics made them famous, but Unitrey makes them.

Too, and they are very very good at it. They basically covered a small pack of these B to W dogs in cloud like props and the humanoid Monkey King robot stood on top of them as they trotted around the stage. It was a robot writing other robots.

Delivering New Year blessings from the sky.

It was incredible and it appeared at both the main Beijing venue and the u Wu venue. It frames the robot not as some foreign alien invader, but as a cultural preserver.

That's a fascinating phrase, cultural preserver. I hadn't thought of it like that.

It's one hundred percent intentional. By having the robot learn kung fu, learn the traditions of the Shallon Temple, embody the Monkey King, the message is that this new technology isn't here to replace our culture, It's here to learn from it, to carry it forward in a new form. It frames the AI as a student of human history, not its replacement.

I love that it's such a smart way to position it now. Unitree was clearly the star, but they weren't the only ones at the party. We mentioned a few other companies at the top. Let's talk about Noahtics Robotics, right.

Noadics took a very very different approach. While Unitary was out there doing backflips and swinging swords, no It's went for the heart strings. They went for the social angle.

They were in that comedy sketch, the one called Grandma's Favorite.

Which is a classic Spring Festival Gala trope, the family comedy sketch. You know, there's always a misunderstanding a big family dinner. It's very relatable. And Noahdicgs brought out their Boomy and two and e one models, along with some custom biotic models.

And these weren't fighting robots, they were acting. They were part of the family exactly.

The focus here was entirely on social presence, on gesture recognition, on humorous timing, which.

Is really really hard. Comedy is all about timing. If the robot pauses for a second too long or delivers a line too quickly, the entire joke just dies.

And they pulled it off. It shows a completely different kind of intelligence. It's not just physical agility, it's social agility. They were interacting naturally with human actors in these everyday home scenarios. It paints a picture of a future where robots are helpers in the home, companions for the elderly, not just soldiers or factory workers.

A much more gentle vision of.

The future, much more approachable one.

And then we had Magic Lab.

Magic Lab brought the groove. They were all about dance and precision. They had their Magic bought Gen one and Z one models on something.

So you're in that big musical number right the song We Are Made in China.

Very subtle song title, very subtle.

Couldn't miss the message there, but.

It was effective. They started with these basic, almost robotic poses, but then as the music swelled, they joined the human dancers in a fully synchronized routine. And there was one specific moment the Z one robot doing a three hundred and sixty degree Thomas rotation.

That's a gymnastics move, it is.

It's that move you see on the pommel horse or on the floor in gymnastics where they spin their whole body around with their legs flared out, balanced on their hands. Again, it requires massive core strength and balance. It's showing that these robots have the range of motion and power of an elite athlete.

And Galbit was there too. What was their contribution?

Galbut was kind of the reliable backbone of the operation. They contributed a number of general purpose models and some G one variants that helped facilitate the group dynamics across various sketches and performances. Their big technical highlight is really their focus on in house hardware.

Meaning they build their own parts.

Exactly, specifically their joint modules and their dexterous hands. They're very proud of the fact that they don't have to import those critical components.

And dexter's hands are the holy grail of robotics, aren't they.

They really are. It's relatively easy to make a robot walk now, making you pick up an egg or a strawberry without queshing it, that's incredibly hard. So Galbot was there to show off that fine motor control, that dexterity and tying all this together.

There was a software element too, we saw ByteDance was involved, the company behind.

TikTok Yes, their Dubao AI chatbot. They integrated it for the dialogue segments of the show.

So when the robots were speaking in the sketches, or when the human characters were interacting with an AI on a screen, that.

Was Dubao correct. And that's a critical piece of the puzzle. It links the physical body the robot to the brain of the genitive AI ecosystem that's exploding right now. It shows the complete package the body of a unitary robot with the mind of a large language model like Dubao.

You know. Seeing all this, this incredible display of capability, I have to ask, haven't we seen this before? I have this vague memory that Unitree did something last year? Am I wrong?

No, You're not wrong. They did, But the comparison between last year and this year is, well, it's night and day. It is the single most stunning example of accelerated progress I have ever seen.

Okay, so let's go back to twenty twenty five. Paint me a picture. What did that performance look like?

So in twenty twenty five, Unitree had sixteen of their humanoids on the Gallas stage doing a Yang folk dance.

Yo, that's the one with the colorful costumes on the.

Handkerchief exactly, twirling handkerchiefs and honestly and honestly for the time for twenty twenty five. It was impressive. It was the first time a humanoid robot cluster had done anything like that on such a big stage. But it was visibly scripted. Oh so, the robots were a bit wobbly, their movements stiff, a little jerky. It looked like machines. Following a very strict, pre programmed set of instructions. There

So impressive, but fragile.

Very fragile. And this year, this.

Year, we saw real time reactivity. We saw adaptive behaviors, we saw fault recovery from falls, we saw extreme acrobatics. We went from wobbly handkerchief twirl to seven point five rotation backspin while avoiding children in twelve months.

It's insane leap.

So how how is that even possible? How does an entire industry move that fast in just one year? More's law doesn't usually apply to hardware and physical machines like this.

It's the result of a perfect storm, a confluence of factors all hitting at once. First, you have massive and I mean massive government subsidies pouring into the robotic sector as a national priority.

So the money is there.

The money is there in huge amounts. Second, you have aggressive talent poaching. You have the best and brightest engineers moving from big tech firms and advanced automotive companies into these robotic startups, bringing their expertise with them.

And what about the supply chain that's always been a bottleneck for hardware.

That's the hidden hero in all of this. The domestic supply chain for high performance actuators, for precision sensors, for energy dense batteries. It has matured incredibly fast in China, is becoming like the smartphone supply chain a decade ago, efficient, high quality, and crucially cheap.

So they can build and test new prototypes much faster.

They're iterating on hardware as fast as other companies iterate on software. And then you add the final ingredient, this ferocious private sector competition. These four companies we've talked about Unitry, Magic, lab galbut Nodics, they are at a flat out race against each other.

And that competition is driving innovation.

It's a frenzy and the result is what we saw last night, a quantum leap in capability. This is not an incremental update like a new camera on an iPhone. This is like going from a black and white flip phone to a modern smartphone in a single year.

It's staggering, and predictably the world noticed. I mean, we talked about the viewership numbers, but the social media reaction was just instant and global.

It completely exploded on Weebo and dw in. Of course that was a given, but it broke containment and went everywhere internationally. YouTube, x, Instagram read it. The clips were being shared and re shared everywhere within hours.

What were the headlines saying? What was the general sentiment?

Dazzling, insane, historic, a glimpse into twenty thirty. People were just floored. I think for a lot of people who have seen the slower, more cautious progress in the West, this looked like it came out of nowhere. It broke through a lot of the skepticism about humanoid robots.

And I heard a certain tech billionaire, someone who has his own robot project, had something to say.

Yes, Elon Musk. He chimed in on x reiterating something he said before that China, and he specifically name dropped U is the top competitor to Tesla's Optimus robot.

That is high praise from a direct competitor and also probably a bit of a warning shot to his own team.

I would imagine, well, absolutely, it validates the entire industry. When the biggest player in the game publicly acknowledges the competition, you know, it's real. It signals that this isn't a regional phenomenon anymore. This is a global race.

But here is where it gets really really interesting for me. This is the part that signals a real shift. Usually, when you see high tech concept cars or futuristic robots, you think, Okay, that's cool, maybe i'll see one in ten years. But this wasn't just a show. It was in effect a commercial.

It was the ultimate shop now TV moment.

Jd dot Com, the massive Chinese e commerce site, actually listed the models that were featured during the gala.

They did. As the robots were dancing and fighting on screen, a button popped up in the corner of the app by now, that.

Is just brilliant marketing. And guess what happened.

Let me guess. They didn't stay on the virtual shelf for very long.

They sold out within minutes, minutes, minutes. And these are not cheap toys, are they. We're not talking about a couple hundred.

Dollars, no, not at all. The high end Galbit units, for example, we're selling for around six hundred and thirty thousand u.

On, which is nearly ninety thousand US.

Dollars, almost ninety thousand dollars and people were buying them like they were the hot new concert tickets.

Who is buying a ninety thousand dollars robot.

Early adopters, research institutions, wealthy tech enthusiasts. But it shows that there is a market hunger for this. It's not just idle curiosity anymore. It's actual commercial demand. Unitary has publicly stated they aim to ship twenty thousand units in twenty twenty six alone.

Twenty thousand humanoid robots. That is a lot of metal walking around.

It's a massive scaling up. It's the moment you move from lab prototype to consumer electronic. It's a fundamental shift in the industry.

So if we zoom all the way out, we have to look at the strategic implications here. Why do this? Why put this incredible display on the Spring Festival galat, the most watch show on Earth? Why make it such a big deal.

It's never just about entertainment on a stage like that.

Is it never? There's always a message.

This serves as state orchestrated messaging. It's propaganda in the most literal sense of the word, propagating an idea, and it's a message to two audiences simultaneously, to the domestic audience, it's a source of immense national pride. To the global audience, it's a declaration China aims to dominate the global humanoid market.

I've seen the projections for that market. They're astronomical trillions in value by twenty fifty.

Hundreds of millions of units deployed. The goal is to make the phrase made in China synonymous with advanced robotics. It serves multiple purposes at once. It addresses future labor shortages from an aging population, It boosts natural pride, and perhaps most importantly, it fundamentally shifts the public perception of this technology.

That's the key, right there, isn't it shifting perception?

It moves robots from the realm of scary sci fi killer to inevitable, helpful appliance. When you see a robot interacting gently with a grandmother in a comedy sketch, or performing ancient martial arts alongside a child, you stop feeling it and you start accepting it. It normalizes the technology on a massive scale.

There are always the concerns though, the dual use question always comes up.

Of course, and analysts and defense circles are absolutely looking at this and thinking about the line between an industrial application and potential military application. A robot that can do parkour can navigate a complex battlefield. That's a reality. But the gala was very, very careful to focus strictly on positive harmony.

It was all about culture, family, tradition and entertainment, a.

Very soft, culturally resonant glove over a very very powerful iron hand of technological capability. It's about showing that these robots can integrate into society, not just disrupt it.

So what does this all mean. Then We've seen the robots, we've analyzed the tech, we've looked at the sales figures and the global reaction. What's the fine I'll take away The twenty twenty.

Six Spring Festival Gala was a bold, unambiguous national statement. China is not just catching up in physical AI, it is sprinting ahead, and they were doing it by blending their ancient heritage with their future ambitions in a way that is incredibly savvy and powerful.

It really does feel like we are standing on the edge of a cliff looking over at a completely new landscape.

And we're not just looking. I think last night proves we are jumping off whether we're ready or not.

So I want to leave our listeners with one final thought, Timlover, we just spent a lot of time talking about the incredible leap from twenty twenty five to twenty twenty six from wobbly handkerchief dances to fully autonomous weapon wielding backflips, from scripted movements to adaptive swarms, a.

Massive, almost unbelievable acceleration.

If that is what happened in just one year, what on earth will the stage look like in twenty twenty seven? And, maybe more importantly, as these cultural preservers move from the stage and into our factories, into our hospitals, into our homes, are we as a society for the speed at which science fiction is becoming a household appliance.

That is the question we all need to start answering, and fast.