Smart dust: sensors are everywhere.

Smart dust: sensors are everywhere. 

Intelligent dust, or smart dust, is a term that means. Small microchip-controlled sensors. These kinds of systems can simply be microchips. The intelligent dust is the entirety, where those microchips form a networked super-neurocomputer. The idea is that the large number of intelligent dust components mimics human neurons. That means intelligent dust can form a supercomputer, and that size is enormous. We can think about a situation. An automated factory will fly to the moon. And then that thing can form the nano-or intelligent dust. Those particles can communicate with each other. 

That thing makes it possible to create the ultimate supercomputer. That can run the complex AI algorithms.  These kinds of microchips can make many things. Those systems can take things like bugs under their control. And that thing gives them an ultimate ability to act as intelligent spy machines. Smart dust bite or microchip. That sits on the bigger computer microchips can transmit data to other microchips. That makes them an ultimate tool for intelligence officers. 

These smart dust  bites can also involve things. like nano-sized loudspeakers. Those systems can create acoustic effects around them. 

Smart dust refers to very small, nanotechnological systems that incorporate optical, acoustic, and seismic sensors. That kind of thing can look like a sand bite that size is less than a millimeter. In houses. Those sensors can follow the elements ' condition. They can observe things like humidity. If those sensors are on roads. They can measure the stress that structures face. Or those sensors can also find out how fast people drive on certain roads. The sensor must only identify the car that drives over a certain point. And then the system must know the distance to another sensor. And then it measures how fast the car travels between those two sensors. 

That is one way to use smart dust. Smart dust can get its energy from miniature silicone solar panels or so-called nano-pistons that rotate nano-size generators. Things like radio waves give the wireless ability to the system. To deliver energy to the intelligent dust. Intelligent dust can be the sensor group that is injected into human blood. The system can get energy straight from the nervous system. 

Smart dust can also control other nanotechnical tools and deliver information to them. That means the smart dust can be the basis for the most powerful systems that we can imagine. But in this text, the primary focus is on the small systems that cannot move themselves. The blood cells or genetically engineered, microchip-controlled immune cells can carry. And put those microchips into the right cells. Like in the nervous system. The idea is that the same blood cell that transfers nutrients to neurons. Can carry the miniature microchips to those cells. 

Those small sensors can be transported to tumors. And those systems can be used to call other nanomachines to that point. 

And basically. Those systems can replace the surgically implanted microchips that operate in the human brain. There are some visions that genetically engineered amoebas, or bacteria, can carry those dust-size sensors to the brain shell. Those systems can position themselves between the brain layers and transmit data from the brain’s inner structures. The system can harness energy from the neurons

The idea is that the artificial amoeba, a genetically engineered version of the natural amoeba that destroys brain tissue, will carry those small microchips into the brain.

Then those amoebas or bacteria will be destroyed by using the mRNA that orders those genetically engineered workhorses to die. Researchers must remove the DNA sequence. That makes bacteria or amoebae create their poisons. The idea in those systems is the same thing that helps those most dangerous parasites. To find their location. Will used to aim those microchip carriers into the right place in the human or animal’s neural system. 

That “dust” can communicate with the helmet-type receiver-transmitter. It can give information about how our nervous system works. But. It can act as a system that decodes human thoughts for the BCI systems. And maybe in the future. The BCI is the system that requires only an injection. Or some kind of pressure system can push those sensors through the skin. 

https://www.msn.com/en-us/money/other/smart-dust-is-turning-the-world-into-a-giant-sensor/ar-AA1K56Ue

https://www.science.org/content/article/smart-dust