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South Korean scientists have created a shape-shifting liquid robot. A liquid-particle composite called a Particle-armored liquid roBot can deform, engulf, and merge without losing its structural integrity, enabling it to perform functions that are difficult for rigid robots.

Massimo

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57,134 görüntüleme • 4 gün önce •via X (Twitter)

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Researchers at Seoul National University have created a liquid-particle composite called a Particle-armored liquid roBot (PB) can deform, engulf, and merge without losing its structural integrity, enabling it to perform functions that are difficult for rigid robots

Researchers at Seoul National University have created a liquid-particle composite called a Particle-armored liquid roBot (PB) can deform, engulf, and merge without losing its structural integrity, enabling it to perform functions that are difficult for rigid robots

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Researchers in South Korea have developed a particle-armored liquid robot. This thing can squeeze through incredibly tight spaces, survive drops from insane heights, and travel across land and water in silence. They’re nearly indestructible. These things are absolutely amazing!

Researchers in South Korea have developed a particle-armored liquid robot. This thing can squeeze through incredibly tight spaces, survive drops from insane heights, and travel across land and water in silence. They’re nearly indestructible. These things are absolutely amazing!

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Scientists have developed a robot that can move across land and water, change shape, and merge or divide without leaking....👀

Scientists have developed a robot that can move across land and water, change shape, and merge or divide without leaking....👀

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Scientists in Britain have created a soft, jelly-like robot that can rapidly change shape and move when controlled by external electric fields, in what they describe as a step toward more adaptable machines for tasks where rigid robots struggle

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so, liquid glass. 😂 here are 3 boxes that show you how to do it in react + three. one with a meta shape, a lens, and one where the entire site is in a liquid state —

so, liquid glass. 😂 here are 3 boxes that show you how to do it in react + three. one with a meta shape, a lens, and one where the entire site is in a liquid state —

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This one actually made me pause. Scientists built a robot made of liquid. Not flexible. Liquid. It can split, merge, squeeze through tiny spaces, and then re-form. When it breaks, it heals itself. No motors. No joints. No rigid body. I’ve spent years thinking about AI as the brain of machines. This feels like the first glimpse of something else. A body that does not have a fixed shape. Today it’s millimeter-scale. Tomorrow, it’s medicine moving through the body, or machines exploring places nothing solid can reach. That thought excites me. And honestly, it unsettles me too. So here’s the question. When machines no longer have a stable form, what does “control” even mean? #AI #Robotics #SoftRobotics #Innovation #Technology #FutureOfWork

This one actually made me pause. Scientists built a robot made of liquid. Not flexible. Liquid. It can split, merge, squeeze through tiny spaces, and then re-form. When it breaks, it heals itself. No motors. No joints. No rigid body. I’ve spent years thinking about AI as the brain of machines. This feels like the first glimpse of something else. A body that does not have a fixed shape. Today it’s millimeter-scale. Tomorrow, it’s medicine moving through the body, or machines exploring places nothing solid can reach. That thought excites me. And honestly, it unsettles me too. So here’s the question. When machines no longer have a stable form, what does “control” even mean? #AI #Robotics #SoftRobotics #Innovation #Technology #FutureOfWork

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MIT built a robot that starts as a flat plastic sheet, folds itself into shape using heat, walks around on its own, then dissolves in liquid when it’s done. No assembly required. No cleanup required. It just leaves.

MIT built a robot that starts as a flat plastic sheet, folds itself into shape using heat, walks around on its own, then dissolves in liquid when it’s done. No assembly required. No cleanup required. It just leaves.

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Researchers at EPFL in Switzerland have developed a bioinspired robot called GOAT that can change its shape to adapt to different environments. It moves by adjusting the length of its cables, allowing it to morph and travel efficiently across various terrains. This shape-shifting ability makes it useful for exploration and rescue missions, and it was introduced in 2025.

Researchers at EPFL in Switzerland have developed a bioinspired robot called GOAT that can change its shape to adapt to different environments. It moves by adjusting the length of its cables, allowing it to morph and travel efficiently across various terrains. This shape-shifting ability makes it useful for exploration and rescue missions, and it was introduced in 2025.

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In my first week at Generalist, I trained a robot to pour liquids using GEN-1 🤖💧 I wanted to challenge the robot with a non-rigid manipulation task, so liquid felt like the perfect choice. The task involved: - unscrewing the bottle cap - pouring liquid into espresso glasses - rebalancing uneven pours Best of all, the robot was able to complete the task fully autonomously 3 times in a row (out of 3)! Pour-fect 😉 Excited for the journey ahead and grateful to be building alongside such an incredible team!

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Reinventing the wheel? 🛞 Scientists at the Korea Institute of Machinery & Materials have created an adaptable wheel that can change its stiffness in real time. The "morphing wheel" can switch between a rigid mode for smooth surfaces and a soft, flexible state to overcome obstacles like rocks or stairs. 🪜 This wheel uses chain blocks and wire spokes to adjust stiffness by tightening or loosening, similar to how a liquid droplet changes shape under tension. Researchers believe it has wide potential in personal mobility devices, robots, and wheelchairs. P.S. Where do you see a cool use case for this type of technology? 👇🏼

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A robot that leaps like a squirrel 🐿️ Researchers at the UC Berkeley have created a robot that can jump and land on a branch, just like a squirrel. This robot, called Salto, is inspired by how squirrels leap and balance in trees. Researchers studied how squirrels adjust their movements to stick a perfect landing. They then programmed Salto to mimic these techniques, helping it land safely on narrow surfaces. They programmed it to adjust its posture mid-air, extending or crouching based on its trajectory. The robot also uses a passive gripper for stability, though it doesn't actively grip like a squirrel. By combining biology and engineering, scientists are making robots more agile than ever. P.S. It's cool to see Salto again in action after 2 years :)

A robot that leaps like a squirrel 🐿️ Researchers at the UC Berkeley have created a robot that can jump and land on a branch, just like a squirrel. This robot, called Salto, is inspired by how squirrels leap and balance in trees. Researchers studied how squirrels adjust their movements to stick a perfect landing. They then programmed Salto to mimic these techniques, helping it land safely on narrow surfaces. They programmed it to adjust its posture mid-air, extending or crouching based on its trajectory. The robot also uses a passive gripper for stability, though it doesn't actively grip like a squirrel. By combining biology and engineering, scientists are making robots more agile than ever. P.S. It's cool to see Salto again in action after 2 years :)

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Researchers have developed Humanoid-GPT, a new AI system that helps humanoid robots perform complex movements and tasks. Tested on the Unitree G1 robot, it enables real-time whole-body control and can perform new actions without special training. During demonstrations, the robot successfully carried out a variety of movements and tasks, showing strong potential for real-world applications.

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Bubzkji

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🤯incredible,its playability and usability are outstanding. Tron2 is a LEGO robot. It can be assembled into various forms depending on the scenario, including bipedal, wheeled, and humanoid torso configurations, and its end effectors are also interchangeable. Each form of the robot is driven by a VLA model. It can perform complex movements and can also be integrated into existing workflows to perform tasks. It's worth mentioning that this solves the problem of which type of humanoid robot to use. Each user can assemble the robot in a configuration that suits their specific scenario, making it truly flexible and versatile – it doesn't necessarily have to be bipedal or wheeled... I look forward to seeing more real-world use cases.

🤯incredible,its playability and usability are outstanding. Tron2 is a LEGO robot. It can be assembled into various forms depending on the scenario, including bipedal, wheeled, and humanoid torso configurations, and its end effectors are also interchangeable. Each form of the robot is driven by a VLA model. It can perform complex movements and can also be integrated into existing workflows to perform tasks. It's worth mentioning that this solves the problem of which type of humanoid robot to use. Each user can assemble the robot in a configuration that suits their specific scenario, making it truly flexible and versatile – it doesn't necessarily have to be bipedal or wheeled... I look forward to seeing more real-world use cases.

CyberRobo

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SCIENTISTS JUST MADE LIGHT ACT LIKE JELLO Imagine something that’s both a solid and a liquid. Now imagine it’s made of light. Yeah. These scientists basically made light turn into a weird glowing blob that holds its shape and flows. It’s called a “quantum supersolid” and no, you can’t sit on it or drink it, but it’s still insanely cool. They did it by chilling atoms to nearly absolute zero and trapping them in a laser box. Because science. Source: quantoxy_

Mario Nawfal

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All right, who wants a robot worm? 🪱 Researchers at Case Western Reserve University developed a robot inspired by earthworms. Worms move by using wave-like muscle contractions called peristalsis. This version of the worm-inspired robot has a flexible outer mesh that can continuously change shape. Using this mesh, the robot's fixed parts can move smoothly between each other, providing power and control. This project is referred to as a "soft hyper-redundant robot," due to its highly flexible nature and ability to adapt to various environments. This design could prove useful in scenarios where traditional rigid robots struggle, such as navigating tight spaces or uneven terrain. Please let me know what your thoughts are! 👀 🔔 Hit the bell on my profile to never miss a robot story!

Lukas Ziegler

24,755 görüntüleme • 1 yıl önce

Jensen Huang : "I’m super excited about the robots Elon’s working on" It’s still a few years away, but when it happens, there’s a whole new industry of technicians and people who have to manufacture the robots, right? That job never existed before. So, you’re going to have a whole industry of people taking care of them. For example, all the mechanics and the people who are building things for cars that didn’t exist before cars Now, we’re going to have robots. You’re going to have robot apparel. I want my robot to look different than your robot! So, you’re going to have a whole apparel industry for robots and mechanics for robots"

Jensen Huang : "I’m super excited about the robots Elon’s working on" It’s still a few years away, but when it happens, there’s a whole new industry of technicians and people who have to manufacture the robots, right? That job never existed before. So, you’re going to have a whole industry of people taking care of them. For example, all the mechanics and the people who are building things for cars that didn’t exist before cars Now, we’re going to have robots. You’re going to have robot apparel. I want my robot to look different than your robot! So, you’re going to have a whole apparel industry for robots and mechanics for robots"

X Freeze

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From Laptops to Robots. Lenovo has released Daystar - a six-legged hexapod robot designed for industrial, research, and educational use. The robot comes with advanced sensors for obstacle detection and environmental mapping. Its modular design also supports custom sensor attachments and programming, enabling it to adapt to tasks like inspections, surveillance, and robotics research.

From Laptops to Robots. Lenovo has released Daystar - a six-legged hexapod robot designed for industrial, research, and educational use. The robot comes with advanced sensors for obstacle detection and environmental mapping. Its modular design also supports custom sensor attachments and programming, enabling it to adapt to tasks like inspections, surveillance, and robotics research.

Circuit

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A robot snake for the rescue! 🛟 Mechanum wheels, reconfigurable shape, camera set. These robots were developed by researchers at The University of Manchester. This machine is called MIRRAX-150, and it performs inspections as well as explorations. To map 3D point clouds, this machine uses low-cost components, 3D printing, and LiDAR technology. 🧭 Soon, this robot will be deployed on the Sellafield nuclear power station. Basically, it's a snake that changes its body! P.S. What use cases would fit these robots? 🐍 ~~~ ♻️ RT to help 1 robot find a new workplace.

A robot snake for the rescue! 🛟 Mechanum wheels, reconfigurable shape, camera set. These robots were developed by researchers at The University of Manchester. This machine is called MIRRAX-150, and it performs inspections as well as explorations. To map 3D point clouds, this machine uses low-cost components, 3D printing, and LiDAR technology. 🧭 Soon, this robot will be deployed on the Sellafield nuclear power station. Basically, it's a snake that changes its body! P.S. What use cases would fit these robots? 🐍 ~~~ ♻️ RT to help 1 robot find a new workplace.

Lukas Ziegler

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