"A new ultra-light swimming robot mimics marine flatworms, using silent undulating fins for precise movement in tight aquatic spaces. It could revolutionize environmental monitoring and precision agriculture. Credit: EPFL-LMTS" (ScitechDaily, Scientists Develop Tiny 6-Gram Robot That Swims Through Tight Spaces With Ease)
The small robots can act as individual tools. But, they can also act as the bites in puzzles. Engineers made a six-gram robot. That can research its environment. Or a swarm of those small robots can cover large areas. The swarm of small robots can use non-centralized cloud-based neural networks. The robot can operate in water. But if it's the quadcopter shape that thing can also fly.
In some models, the lasers or high-power radio waves can transport energy to those systems. The laser beam can transfer energy to the small photovoltaic cells. The small plutonium batteries or the cells from electric eels can create energy for those systems.
The small robots can operate in their entirety. Each robot can have different sensors like laser spectrometers, microphones, seismic sensors, or cameras. The robot group can operate in small water areas or they can fly, if they are small quadcopters. They can search for pollution, and toxic chemicals, hear bird sounds, and go to dangerous places.
In the military world, they can search and eavesdrop on enemy installations. The small-size robots can also make it possible to create new types of nuclear bombs. That is the robot swarm. In that robot swarms robots carry small neptunium or plutonium bites. And then they can go together forming a critical mass.
"An artist’s depiction of a material-like collective of robots forming a rigid device. Credit: Brian Long, University of California Santa Barbara, edited" (ScitechDaily, Scientists Just Created Shape-Shifting Robots That Flow Like Liquid and Harden Like Steel)
The robot amoeba is a group of very small robots. It can make even the T-1000 from Terminator movies possible.
The shape-shifting robots can turn as hard as steel. And then they can take liquid form. Amoeba robot groups are fundamental devices that can make self-repairing structures and even make liquid, shape-chancing robots possible. That means those robots can transported to the operational area using the tanks.
Or they can travel through tubes. The idea of liquid robots is simple. Those systems are like robot swarms. But they can form an amoebae-shaped structure. Small robots can use neural-network-based computing algorithms.
Then, they can take any form as the programmer wants. And that can be a breakthrough in material development. Those robots can hide in the tanks in submarines, aircraft, or in spacecraft. Amoeba- robots can travel to the damaged point and repair damages. And maybe in the future, those robot groups can make it possible to create structures that change their shape.
When aircraft travel faster, or some car or other vehicle requires a new role liquid robots can take another shape. They can also transform into other tools. So, the robot amoeba can also take the shape of a screwdriver or spanner. The robot amoeba that takes the shape of everything that it touches can be closer than ever before. The ability to read the DNA makes it possible to take the shape of any person.
https://scitechdaily.com/scientists-develop-tiny-6-gram-robot-that-swims-through-tight-spaces-with-ease/
https://scitechdaily.com/scientists-just-created-shape-shifting-robots-that-flow-like-liquid-and-harden-like-steel/
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