The purpose of the life of every single ant is to serve the entirety.

The ants and their way to work as a group are some of the most fascinating things in nature. The ants are acting as models of the nanomachines. And the behavior of those social bugs is causing a misunderstanding the queen dominates the population. 

The role of the queen is centric, but it's not one-way. Also, the workers are important and if the queen cannot fill its role, the workers would not feed it anymore. The interaction between queens and workers means that the ants are like superorganisms. 

That organism would consist of individuals but every individual is acting for the population.  The entirety is more important than a single individual and that thing means that also queens have duty work to do for the group. The reason why ants are interesting is simple. One individual ant is quite harmless. But if half a million ants are coming to place, that thing can make an impression and affect the biggest animals. 

But the interaction between workers and queens is not one way. Every single ant in the group. including queen is serving the entirety. Every single ant in the population has a certain role, and the role of the queen is to make more members of the society. When the queen doesn't make eggs anymore. That causes that the workers would not feed them anymore, which causes death. So also the queen has the role of serving the entirety. There are always many queens in the nest. That thing guarantees that the population would continue its existence. 

Image:()Pinterest

The robot society works like ants. 

The "Von Neumann"-robots or self-replicating machines can make the base ready for the crew before the manned flights are landing on the other planets. In "Von Neumann" robot society are the robot factories and the worker robots. The model for that thing is taken from the ants. 

Ants are given the model for the robot population which can make new robots automatically. That kind of robot group can be called the population of "Von Neumann machines". In that model, the group of AI-controlled robots is acting like ants. The entirety would consist of the factory robots which role is the same as the queens have in the population of ants. 

And the worker robots that are taking raw materials like minerals to those factories. The mission of those robot factories is to make more worker robots. And the same systems can use to make the parts of the new robot factories. These kinds of robots or robot groups can operate in space, on the planets, or under the surface of planets. 

The model of those robots is taken from the ants. And Those kinds of systems might be the things that are making the first bases on the other planets. The idea is that the Mars base is ready to use when the first astronauts are coming. So before the crew is landing the robots are making the structures ready for the crew. 

Image:()https://metro.co.uk/wp-content/uploads/2020/04/Artist_impression_of_a_Moon_Base_concept-7fc7.jpg?quality=90&strip=all

()https://visionsoftheaiandfuture.blogspot.com/

Ants and microchips part II

Ants and microchips part II

We all have seen the images, where ants are carrying microchips. Could it be possible that the microchips, what are used to research and control the ants would just deliver to the forest, and when the ant is taking the microchip to its jaws the microchip will send the electric stimulant to the head of that bug. And could that thing make possible to control the ants and their behavior?

That kind of things are really interesting stuff to think, and when we are thinking possible to train ants and other bugs to find things, we must just grow them in the place, where they would think the thing like plastic explosives or drugs as the food. And when we would deliver those ants to the house, they could carry the microchip, which helps to detect their position.

That thing can help the persons, like law enforcement, find that kind of stuff in the houses, and other hidden locations. Ants don't fly and they are really hard to detect, and the RFID-chip can help to track those marked bugs. So how to train those bugs to find things, what the people want?

The answer is simple: growing them in the nest with the thing, what they wanted to track. In some scenarios, the ants can be used to steal highly secretive materials from the research laboratories, by growing them on material what wanted to steal. I don't know is this possible in practical life, but in theory, ants can steal small bites of medicals and another kind of materials.  In the wildest dreams, the ants can grow in the cell cultures, what are made by using cells, what are isolated from the crime scenes. In theory, ants can find those persons very easily. Also

And if the used ant is ranger ant, that means that this kind of thing is a very good topic for some kind of horror movie.  The RFID chip can be tracked by using a very sensitive radio receiver, and the very small-sized microcircuits would get their electricity by radio-waves, which makes those things very small and light. 

They can also be used in theory to take the ants under the control. And if that thing is possible someday, that thing can be used to deliver the senses of that animal to the operators. The ants can stimulate to tell other ants that in someplace is food, and that means when the ant is finding drug or plastic explosive storage, those bugs just eat that stuff. If we are thinking the cases, that ants are used to find the explosives, their jaws can moisten in the liquid, where are the bacteria, what uses sulfur as the nutrient.

That bacteria can make every explosive, what has sulfur useless. And that kind of thing might be the next-generation systems, what purpose is to find and terminate the enemy equipment. But I don't know, has somebody ever research the other things than using the wasps to detect mines.

Image:

https://media.sciencephoto.com/image/z3450356/800wm