Why mapping genomes is important?

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The image above: Wasps are interesting things because scientists want to use cloned neurons from these insects in the control systems of small-sized drones.

Why mapping genomes is important?

What if humans act like wolfpack? The behavior of wolves is a hereditary thing, that can be mapped from their genomes. 

People are normally talking about mapping the genomes as an indifferent idea, but researchers are making the things like selecting people for Mars-flight, they can search genetic map, what tells if the person has certain abilities, what are wanted or what are not wanted. But making that kind of thing effective in real life, that thing needs the knowledge, what certain basepair makes in the human DNA. And when we are thinking about the perfect crew, what would follow the orders what their commander gives, researchers can use the knowledge of the animals, what is living in hierarchical groups. 

Things like wolves can give the key to select the people, who are willing to follow orders from the group leaders.  The data that is giving the wolves that kind of behavior that they are following their leaders is connected to their genetic material. 

If researchers can find the DNA sequence, what makes wolves and other dog animals live in the herd with a hierarchical order of values, that thing makes it possible to make perfect selections for the crew. In some visions, the researchers can transfer that genome, which is controlling the herdic behavior of the dog animals to the people. And that thing makes the possibility to make the crew, where is no internal violence or conflict, and what is always playing as unite entirety. 

But advanced genetic technology gives always the possibility to make microchips, which are controlled by neurons. The idea is that certain skills can transfer to neurons by using the DNA, where those skills are connected. In that case, the fears, which are hereditary and coded in our genomes can transform into skills. The hereditary fears are stored in DNA, and during the fetus period, those things are transfer to the neurons. 

The same effect can use to transfer certain skills to the neurons. And that allows making half organic microchips, which can control things like drones. In those microchips is planned to use the cloned neurons, what is cultured from the neurons, what are taken from the bugs. That thing allows making very effective- and small-size systems, which can be very independent. But those systems can be really dangerous in the wrong hands. Making the DNA programming those cells can get skills, that original bugs would not even dream that they have. 

The neuron-controlled microchips can be dangerous in the wrong hands. And it can make dangerous stuff even more dangerous. 

The programmed neurons can make the bees attack against a certain target, which is marked by using some kind of lasers. But those neurons can be installed to things like smart bullets. So the computing capacity, that is in the smart rifle will transfer to the bullets. And that thing makes it possible to create small-size ammunition, which can launch without a rifle. 

In that case, the regular rifle-cartridge can have rolls, which allows them to travel on the ground, and when the system recognizes the target, that thing can launch the bullet. In that case, the ammunition itself is equipped with a system, that allows it to operate independently. It can simply shot by rifles, but the same ammunition can be left to the ground, and when they see the target, they can detonate themselves. That ammunition might have small-size batteries in them, but making the computers, what can control those things is difficult. 

Image: https://www.dailymail.co.uk/health/article-7004111/Wasps-insects-display-type-reasoning.html