New robots called Cross-Link Collective didn’t use commands for self-organization.

“Robot swarm self-organizes into flowing chains without centralized control.” (ScitechDaily, ‘Like a flowing material’: Robot swarm uses physics, not commands, to self-organize)

There is a possibility. To use Velcro hooks to destroy the bacteria. The bacteria pull the particle. That. It thinks.  As food. Inside it. Then the chemical environment straightens the Velcro hook.  That damages the protein shell. Of the bacteria. The system uses a thing called mechanical memory. This means that the structure can repeat backwards. An every single turning. That the user makes for it. 

A robot swarm that used physics, not commands, for self-organization. That makes it possible to create structures that can act like an amoeba. The miniature robots can make things like liquid robots. That can change their form like T-1000. In the Terminator movies, reality. Those small robots can carry microchips. Inside them. 

“Researchers say the robots rely on 'mechanical intelligence' instead of advanced computation or communication systems. Their physical interactions allow coordinated movement to emerge naturally as the modules continuously connect and disconnect while moving.” (ScitechDaily, ‘Like a flowing material’: Robot swarm uses physics, not commands, to self-organize)

Those robots don’t need centralized commands. But they can carry microchips to targeted points. 

“The system, called the Cross-Link Collective, is made up of dozens of narrow robotic modules that can latch onto one another using weak Velcro connections. Individually, the robots move slowly and struggle in difficult terrain. But when linked together, they begin acting as a coordinated collective capable of navigating obstacles and inclines.” ScitechDaily, ‘Like a flowing material’: Robot swarm uses physics, not commands, to self-organize)

Those robots were made by researchers at Cornell University. Their size is quite big. But their nano- or minisize colleagues. Can raise medical treatments to a new level. 

The self-organizing robots can make many things. They can clean surfaces. They can remove dangerous organisms. And those systems can replace chemical weapons. 

There are plans to use. The DNA-controlled nanomachines for making structures through self-organization. The microchip-controlled system can select the DNA sequence that the nanomachine reads. And then those systems can get any form. Those cyborg amoebas can make impressive things. They can slip into the houses. And those systems can read information that travels in cables. 

Nanorobots can block leaks in fuel lines. They can also assist surgeons. And they can block blood vessels that transport nutrients into the cancer. This means that nanorobots can block blood vessels. Or they can simply fill the targeted cells using nanomachines. 

The mechanical intelligence causes that. When the nanomachine slips into another chemical environment. That thing makes the robot change its form. 

“Each robot measures roughly 200 millimeters long and 20 millimeters wide. A small internal motor drives the module to repeatedly switch between an “I” shape and a “U” shape, creating forces that push it forward across surfaces. Weak Velcro patches at both ends allow nearby modules to temporarily attach and detach as they move.”  (ScitechDaily, ‘Like a flowing material’: Robot swarm uses physics, not commands, to self-organize)

Their size. It is so big that they can make many other things. Than just. Blood vessels. They can operate on a larger scale in structures. Like fuel tanks. 

But it’s possible that those robots can make many other things. They can block blood vessels. And they can close the blood leak. And the same ability that makes those systems excellent medical components makes them the worst weapon that we can imagine. The same system. That can block the blood vessel. This transports blood into damaged tissue. It can also block blood vessels from enemy operators or a person. 

Targeted for assassination. Unlike the poisons. Nanomachines are chemically neutral tools. They can hide in margarine. Or some oil. Their effect is purely mechanical. So, that thing means. Those sensors and dogs don’t see those tools. The nanomachine can slip the oil droplet into the bacteria. They can destroy bacteria by covering their mitochondria. Using oil droplets. Those things deny the mitochondria's operations. 

https://interestingengineering.com/ai-robotics/cornell-cross-link-collective-robots

https://en.wikipedia.org/wiki/Velcro

Nanotechnology and the immune system

Picture I

https://marxjatalous.blogspot.com/

Kimmo Huosionmaa

Nanotechnology and immune defense are the combinations, what people don't usually think that would sometimes save the life. When we are thinking the vaccine of tomorrow, we might think that inside human body would be injected with the nanorobots, what would transfer the antigene of the organism straight to the stem cells, where the immune cells are forming, and that might increase the power of the vaccine.


The term "antigen" means the part of the mantle of the targeted organism to the stem cells, and that opens new ways to give the vaccine. One of the most modern ideas is that those nanorobots, what might look like small crayfish would catch the organism from blood, and transfer it straight to the place, where the cells of the immune defense are forming.


Also if there are enough those machines, they can also destroy bacteria and tumors by closing the blood veins in there by using carbon. In this case, the carbon would be injected into the veins with the nanomachines, what would carry them in the wanted position.  Or they can cut the mantle of the bacteria open, what would destroy it immediately.


The question is, how the nanomachines would do that thing? They can operate under the command of the computer, what is outside the body, and communicate with that computer by using radio signals. And the radio waves can also transfer electricity for those small robots. The position of nanomachines in the body can get from RFID sensors, what allows the computer to control each of them independently. And that would give them the opportunity to make surgical operations inside the human body. Those small robots can slip into the body by using sweat gland's channel, what the body uses when it removes sweat.


Those robots can be very lethal if they are in the wrong hands. If that small robot would take the part of the targeted person's cells, it would cause the terrible immune reaction, that could exterminate that person. After that, the nanorobot can slip off the body, and it would not leave any trace of its existence. Those extreme small robots can be delivered to the targets department by using nano bugs, and they can be controlled by the relay systems, what are installed in nanobugs or quadcopters. They can be used in special forces operations.


And is some scenarios the agents of DEA or other anti-crime offices have this kind of robot in the body, and if they are in trouble the systems, what is telling about the condition of the body would release that nanotechnological crayfish. This crayfish would slip in the bodies of the hostage takers, and after that, they would be facing the death, what is the most unwilling, that human mind can imagine. Those cells, what is used to turn the immune system can collect from the target's own body. And this makes the nanorobot the perfect weapon.

Picture I

http://en.oicnanocurcumin.vn/upload/files/new%20technology/medical1.jpg