The worst threat: weaponized biotechnology

The pandemic is the thing that has caused the situation that should predict. The bacteriophages can cause worse epidemics than we even realized. Those viruses can strike against the fungus that is delivering nutrients for vegetables. And that thing can cause the loss of food. If those funguses are destroyed the trees are starting to die. The idea of the phage virus infection is not new. The AIDS viruses are phage viruses that can infect the human immune cells. 

When we are talking about natural viruses they are more resistant to natural stress than artificial organisms. The thing is that the air is protecting people against HIV (AIDS) viruses because air molecules are destroying the surface antigens of those viruses. But the genetic engineering makes it possible to connect the genomes of the AIDS virus with bacteria or fungus. That means the bacteria will start to deliver those viruses. And that thing makes them more lethal than ever before. 

Things like bacteria that can change their form are interesting tools. They can deliver to the gasoline storage. And those organisms can change petroleum to lime. But the xenomorphs the transforming organisms are the most lethal surprises. 

There is the possibility that the hive will connect the genome that makes them produce poisons like botulinum. The idea is that the genome that produces botulinum will connect with the genomes of the hive or some other bacteria. And if that bacteria will lay on the mucous membrane that will kill the person immediately. This kind of organism might be under development in some underground laboratories. 

Biotechnology and the weapons of mass destruction are the most lethal combination in the world. The thing is that the deadliest viruses in the world, filoviruses like Ebola cannot transmit through the air because they cannot resist electromagnetic and chemical stress. So that's why the risks of those viruses are not realized. 

There is the possibility that genetically engineered bacteria are used as a transmitter of viruses. In this vision, the virus genomes are connected with the genomes of bacteria. So when the bacteria are delivered to the area they are starting to produce viruses. In this kind of scenario, the mass destruction will be complete. 

Image: https://www.chemistryworld.com/news/giant-long-lived-bacteria-could-make-microbial-farms-more-productive/4011137.article

https://thoughtandmachines.blogspot.com/

Synthetic pandemic is the newest threat in the visions of researchers.

Remember "Unit 731"

The synthetic pandemic has been used in China, where Japanese occupation troops and especially General Shiro Ishii and his staff worked with horrifying "Unit 731" in Manchuria. "Unit 731" was the biological warfare research and development unit. The biological weapons caused probably millions of victims in Manchuria when those organisms sprayed over the population. The operators of that horrifying unit used normal natural organisms like malaria and anthrax. 

The thing that made brakes to General Shiro Ishii was that the biological weapons require some kind of vaccination. Because without vaccination or medicines the own troops will be infected. The same reason was that nerve gases were not used in WWII. There was no serum against sarin and other nerve agents. And that limited their use. 

The "Unit 731" complex, Harbin (Wikipedia)

A synthetic pandemic can create by using artificial or natural organisms. The first and easier way to make the synthetic pandemic is to use natural viruses or some other organisms. Then the operators must deliver them worldwide. 

Getting natural organisms from the jungles is an easy process. The people must just go to the jungle and take the samples where are those organisms. And then they just multiply viruses in the cell cultures and deliver from the aircraft, drones or some people can infect with those organisms and send them to the targeted country by using aircraft. 

Maybe those injections are given to political refugees. In one futuristic vision, the delivering those organisms will be made by dropping virus ampules from satellites to the area, that suppose to infect.

Artificial viruses are causing the most terrifying visions in history. Creating artificial viruses is not so easy as multiplying natural viruses. 

The genetically manipulated or synthetic virus can be more destructive and horrifying than nobody even imagined. Nanotechnology allows connecting the new bites to the DNA or RNA molecules.  Some of the worst visions of artificial viruses are the viruses which core antigen is similar to human cells. 

That means the immune system cannot separate those viruses from the protein core of the cells. This kind of virus is one of the fearest things in the visions, what nano- and biotechnology can ever create. And we must be prepared for that kind of threat. The fact is that nobody ever confesses to creating biological weapons. But those weapons are the evilest thing in human history. 

()https://www.statnews.com/2021/08/19/natural-pandemic-terrible-synthetic-one-even-worse/

()https://en.wikipedia.org/wiki/Shir%C5%8D_Ishii

()https://en.wikipedia.org/wiki/Unit_731

Photosynthesis and the dark reaction in the point of view of the biotechnology and medicines

Photosynthesis and the dark reaction in the point of view of the biotechnology and medicines

The light is a vital element for photosynthesis.

The dark reaction of vegan cells turns photosynthetic cells to cells, which are using some other energy source. This reaction would produce carbon dioxide in some bacteria and the dark reaction would make bacteria the thing, that uses oxygen. So this is why photosynthetic organisms need light.

What would we use with bacteria, what has the opposite metabolism? In this case, the bacteria would start to release oxygen in the dark conditions. If that kind of bacteria can be created by using advanced biotechnology that kind of organism can save human lives.

But when we are thinking about the ability to turn the metabolism of the bacteria opposite. That means the bacteria would start to produce oxygen when it goes to dark. And this thing would make those bacteria a very effective tool for medical use.

If we are thinking about the cases, where the person has faced injuries, and the loss of oxygen is huge, this kind of bacteria can save the life of the victim. In this case, the bacteria would start to oxygenize the blood, and it would make possible to avoid the brain and other neural damages. That kind of innovation, where the cells would start to produce oxygen is based on the opposite version of photosynthesis.

Innovations like would be really good to think because if the medicines can replace by some biological solutions, that thing would make a cheap and more effective method to make sure for saving human lives. This kind of bacteria would be a thing, what lives only when it is needed. When the need for that bacteria would be needed, that thing can be destroyed with antibiotics, which is created for it.

RNA virus can create artificial bone marrow.

The O- blood can be created by using cell cultures, but by using genetic manipulation the bacteria can transform to create the blood cells. The genetically manipulated bacteria can be used to create the "Green blood" or even create artificial bone marrow by using RNA-virus, which bases the "Chimera virus". And that thing makes possible to create very much blood cells that are specially designed for some person. If the RNA virus would be created by using the genomes of some certain person, the antigenes of those blood cells are fitting perfectly to that certain individual.

When people are thinking about this kind of bacteria, it can be used as the universal blood, which replaces the normal blood. If we would use the artificial retroviruses for adjusting the proteins of the cells, those cells can create the protein core, which is similar to the human own antigenes. In the most advanced and theoretical models, the human DNA would be transformed into RNA, which manipulates bacteria to create the blood cells. But that kind of technology is only in the research stage. The thing is that bio- and nanotechnology has many opportunities in medical care.

Image:

https://image.freepik.com/free-photo/dna_1048-4880.jpg

Spacesuits, electricity, and biotechnology

Spacesuits, electricity, and biotechnology

This might be the technology of the future spacecraft. If we are thinking about the life-support systems of the spacecraft and space suits, we must realize that by using biotechnology, we can create remove carbon dioxide from the air, and at the same time give the nutrient to astronauts. In the case, where the core of the spacecraft has been damaged, the crew could live a very long time in the spacesuits, if they will get nutrient and liquid in that case.

The liquid can be recycled by the system what will clean waste from the blood. But the production of the nutrient for astronauts would be the problem. And that kind of problems must be solved if we would start to send space shuttles behind the moon. The thing is that the core of the spacecraft can be damaged, but also damaged spacecraft can bring astronauts back to Earth if those persons would have the ability to operate the systems of that spacecraft.

Also, there is a possibility that some astronauts would slip to space during the spacecraft. That means that the rescue craft must send after them, and that craft must also go to those persons, what might take a couple of days if that craft must send from Earth. So the spacesuit must get electricity for every system, what it has. In the space near planet Earth, the spacesuit can get electricity from the solar panels, which can be opened from the back of the suit.

But farther in the solar system would the suit need RTG for creating electricity for a long period. The fuel cells are effective, but they have problems with the use period. They need fuel, so in emergencies, they are not suitable for a power source. And in that case, the RTG (Radioisotope Thermal Electricity) or plutonium battery would be a suitable energy source, because it can deliver electricity for the suit even for years.

Biosuite, what would clean air and feed body

A new type of materials and biotechnology allows creating the life support system, which fits in the small space. That kind of system would be effective to use in the spacesuit or the sleeping chambers if the craft uses a sleeping crew.

In the last case, the crew has been put to sleep while the long period space trip, because of the hibernation would save nutrients, but it's a good way to avoid social problems. The hibernation can also make inside the spacesuits, which are equipped with the remote-controlled HULC-exoskeleton. That allows the central computer of the craft to communicate with the spacesuits and move the crew inside the spacecraft.

The new type of protective suit, what is made by using the hollow fibers, which are filled with living cells. Those cells would live in nutrition, and they can be vegetarian cells, what creates sugars and nutrient for the user. That kind of system can transfer nutrients straight to the user's blood, which means that the user must not eat by using the mouth or stomach.

If we are thinking about this kind of suit, it can also freash air in the spacesuit by using photosynthesis in that thing. And it can also feed the astronaut's body. In this case, there would be synthetic solar light, which is created by using LED:s.

That thing would increase the operating time of astronauts, and this kind of biotechnology would allow the astronaut to increase the ability to operate in the spacesuit. That kind of system would be an effective and good thing for astronauts because it would give them nutrients and also separate oxygen from carbon dioxide.

Thoughts about the movie "Aliens"

Thoughts about the movie "Aliens"

Aliens could be the thing that biotechnology and greed would cause to human beings. The idea of this movie, where the Earth has been lost contact with a distant colony, and soldiers would send to find out what was happened in there. Then they arrived at the planet where Aliens have destroyed the colony on planet LV-217 and then the rest of the movie is only the shooting around.

This is the second part of the saga, where Ellen Ripley, who was acted Sigourney Weaver has faced the alien, strange creature, what would transfer fetus in the human stomach, and that creature or xenomorph would kill the host. The blood of that, I hope, the fictional organism is full of enzymes, what would melt the steel and make the killing of those creatures really dangerous and also difficult. The thing in that movie, the excitement is in, who is the next host of Aliens, what are very superior.

But when we are thinking that movie, we might think that the topics are taken from the very first British Colony in America, and the name of that colony was Roanoke in 1585. In 1887 the last ship visited in that colony. Every people in Roanoke was lost, when the British came back in 1590, and that story is a very big mystery in history. Some people believe that those first colonialists were killed in purpose.

And when we are thinking about the Indian culture, no living European has seen pure versions of those cultures, because they were influenced by Europeans. Or actually, no European ever told stories about the Indian culture in Europe.

The war between Indians and colonialists made sure that the only information about those cultures has been battle reports. And of course, Pizarro and Cortez told their stories, but Pizarro was hung after he conquered Inca-state, and the reason for that was the murder or playing vice king. Cortez was observing Indians behind his rifle, and that means that he ever spoke a single word with those people.

So when we are thinking that story and the Aliens movie, the thing is that this case has brought one really interesting though, and that was that could the company kill those colonialists in purpose. And when the Ripley came back on the planet, it was already changed. So this kind of thing is an impressive idea of the imagination and history, which can be connected.

 The thing is that this movie would bring in the mind a very brutal and feared idea, what the bio- and genetic engineering would allow people to do. When we are thinking that kind of colonies, the personnel, who would be working there could be selected from handicapped people.

That thing would make sure that those people or aliens would ever tell, where they would be coming from. And those colonialists might be genetically engineered, which means that their brains would be abridged, and those people would be controlled by using implanted microchips or electromagnetic radiation for making their work. Also in the control would be used as the subliminal command system that tells those individuals, what to do. So this is one version of the dystopia of the people away from home.

Biotechnology and nanomachines

Biotechnology and nanomachines

As I have written earlier, there is not very much difference between biotechnology and nanotechnology. Nettles and medusas have cells, which can use as extremely thin styluses. And when we are thinking the axons of neurons, they could be used as the electric wires in the extremely small microchips.

The brain cells of the bugs are planned to use as the biocomputers of some miniature robots. The cell would put in the chamber, where is connected to the EEG-sensors, and that thing makes possible that the neuron can operate the robot or computer, which is connected to it. This thing would make nanorobots more independent, what they could ever be.

One snake has the poison, which molecule seems like a rotor. When this rotor would slip in the cell, it would start to rotate and destroy the internal organs of the cell. This thing makes that molecule very interesting because it can use also for something, what we might ever think. The thing in nanotechnology is that only the imagination is giving limits for this very fascinating part of the machinery. The nanomachines are operating like full-size machines but their size is extremely small.

If those rotors would be equipped with iron atoms, what is put on the outer corner of those rotors, and they are put in the metal ring, that thing would allow creating extremely small generators, which can deliver electric power to the extremely small nanorobots. Those robots would send in the human body, and then those systems might even fix the DNA molecule inside the cells.

Another very imaginational way to operate the nano-size generators is to slip them in mitochondria. That would give extra power to those cells' organs, and in theory that would make more power to muscles and neurons. But this kind of thing is fantastic and as well as dangerous thoughts because we don't know, what will happen if we would create more electricity for cells of the human body or nervous system.

But when we are thinking about the use of nature with nano- and mini technology, there are some very interesting things in the vegetables, which can easily be used for nanotechnology. Those things are the injection hairs of the nettles, what can cut and then empty from the formic acid. That hair can be used as an injection stylus in some cases.

The thing in the use of natural materials in nanotechnology and it's instruments is a very interesting opportunity. If we think things like harpoon cells of some medusas, those things would be suitable tools in nanotechnical purposes. They are easy to collect, but the problem is that they are poisonous. But also benzene, what can be used in the nanotubes is really poisonous and highly carcinogenic material. Those cells can be used as the injection and transfer parts of extremely small parts of robots to one place to another.

Nutrient, biotechnology, and long-term spaceflight

Nutrient, biotechnology, and long-term spaceflight

Long-term space explorations are fascinating topics for writing, and they are giving endless material for philosophers, engineers, and people, who are just enjoying imagine those kinds of things, what might revolutionize our point of view things in someday. The nutrient is the most important thing in manned space explorations, and that is a vital role in the manned space projects, and the idea is to grow vegetables in the spacecraft.

This kind of ideas where the nutrient can grow in the spacecraft or space station would make the space stations cheaper to maintain. The problem is that the space stations could be used in microgravity tests, and the thing is that if we would try to create artificial gravity in the space stations, what are looking like ISS (International Space Station) might break the structure, and also deny to use microgravity.

But the problem is that the vegetables will need gravity to grow their roots. The thing is that the solution for this kind of problems might be that the joint of the part of the structure of the space station would be equipped with bearings, which allows it to rotate separately. This kind of structures, where the part of the space station would equip with artificial gravity makes possible to operate it in the long-term spaceflight, and at the same time make microgravity tests.

If we are thinking about technology, the nanocomposite materials would give one response to the special materials, what could fix themselves. There are two ways to make those materials. One version is to make them with molecules, what structure forms the miniaturized saw shape structure. If there would be damage to that layer, the opposite poles of electricity could just pull the structure back together. This kind of version would make possible to fix small holes on the outer layer, what will be caused by micrometeorites.

But the other version of advanced materials would be even more futuristic. It is a combination of living structures and special latex or carbon fiber, which will make a very hard structure. The idea of this structure is benefiting the catenative cells, which are covered with cilium.

The revolution in this kind hypothetical materials is that those cells, what might be genetically engineered mushrooms would put in the mass of the carbon fiber, and the cilium would start to transfer the carbon fiber or special polymer in the structure. The thing is that if we would think that the cells would make chains between each other, that thing would make possible to control the direction, where those cells are growing.

The nano-size robot could pull the lead cell in some direction, or those cells would be equipped with iron bites. That allows the system to pull those cells to a certain direction, and then the special polymer will cover that layer. Those cells can make even big layer, and then the polymer will make that structure hard. So, this might be the material of tomorrow, which might revolutionize the design of special materials.

So how plant intelligence is connected with cell cultures? And is this the Pandora's box?

So how plant intelligence is connected with cell cultures? And is this the Pandora's box?

This is the continue for the last writing, so when we are thinking that most of the sugars and oxygen would go in the certain part of the grass, that thing means there is a possibility to create this thing in the creating also human cells. The thing is that stem cell research would use this kind of knowledge in the creation of the "spare parts" for the human body.

In this technology, the cells, what is wanted to create would put in that part, where the vegetable would feed those cells, and then that biomaterial can be used for creating new parts for a human being. Genetic engineering could allow creating vegetables, which can form the neural scabbard, and the manipulation of the vegetables can be made by using artificial viruses, and nanorobots, what can put the DNA-bites precisely in the right points of target DNA. This kind of technology could also open Pandora's box, and cause a very risky situation.

We must realize, that connecting species cause mutations, which can be very dangerous. If we think the cases, where we would use intelligent vegetarians for computing, that kind of things have been only tales before this day when we have the technology, what allows us to connect genomes from different species together. And this thing opens the idea for creating new kind of biocomputers. If we would connect the neurons or genomes of neurons with those vegetables, we could create the biocomputer, what would communicate with us.

In this case, the electric wires would connect to those intelligent fields, but the thing is that this kind of technology is dangerous. The very intelligent grass would cause the situation, that there would be another intelligent species, which could take machines under control by using its internet connections. This thing makes biological computers or cell cultures, which are communicating with normal computers by using electric wires dangerous.

Of course, those systems might be intelligent, but they might have own will. And that thing is, what we would not want. We want computers, which are always following commands, what user gives because of that kind of reflex machines would ever rebel. Because normal computers are not make anything creative, that means that they would not have dreams and ambition, which means that they cannot contest the position as the prime minister.

And the lack of own will makes machines safe. This is why we are ever thought or discuss biological computers. The hypothetical biological computers, what can be used to create the neurons would have one very dangerous quality.

That might be that the vegetable could deliver neurons through the air, and when some poor person sucks the neuron, what is packed in the flying seed, that neuron could transfer itself in the human body, and think your self what that thing can cause. Maybe this thing is now only the stories, but genetic engineering is advancing all the times, and that makes possible that someday we would face also this kind of threats.

Generic manipulated food and next-generation space system.

Generic manipulated food and next-generation space system.

Genetic manipulation of the plantages and the threats, what this thing can cause are really interesting. The vegetables can manipulate for creating the pheromones, which causes fear, and this kind of things makes possible to create vegetables, which deny going in some areas. That kind of things might be extremely good for denying the animals go in the irrigated areas.

But that kind of manipulation would make the ability to create new vegetables for space stations. Those new species would product dryer waste, which is more suitable for the nutrient layer for the closed cycle live support systems.

The closed cycle systems are able to make the space stations cheaper to operate, because of all waste in the system would be recycled. And that minimizes the need for the service cargo to that space station.

there is some kind of thoughts that when we are talking about the "green" or self-sustain communities, some of those communities are serving the plans to create the colonies to space.

When we are going to make colonies to Moon and other planets, we must realize that those bases must be so far independent as they could. Sometimes there have been tales, that the free water is an important thing for the success of the project.

But in fact, water can borough to the place as the form of oxygen and hydrogen. If we would use this kind of version to create water, we can produce it in the fuel cells, and recycling or collecting the exhaust gas of rocket motor, that uses hydrogen and oxygen as the fuel.

When we would collect that water in the tank, the crew might increase the minerals in that water, which makes it suitable as drinking water. This kind of way, where the water would take in the base by making it synthesized methods would deny the micro-organisms entrance to the base.


The creation of water from the rocket fuel and oxygen denies the need for separated water tank, and it will decrease the weight of the system. Also, the water can separate back to the oxygen and hydrogen by using electrolysis. And the electricity would get from the solar panels.

A new type of protective suits are claimed to inspired by the UFO-sightings

A new type of protective suits are claimed to inspired by the UFO-sightings

The new type of protecting suits are created by inspired by the UFO-cases. Those new kinds of protective suits are far more advanced than some HULC-exoskeleton, and they are also based on so-called active technology, where the hydraulic parts of the HULC are replaced by using the artificial muscle and skin cells.

There is a possibility to use the silicone-based "bags", which is filled with electrolytic liquid, which would react to the electricity. That means that at both sides of this bag is the electric wire, what would make the electrolytic liquid move in the bag. And that makes the bag acting like real muscle cells.

Nanotechnology gives the possibility to create different types of structures, and one of them is the spring, what is pulling together, when the electricity is connected to it. So there are many ways to make those "active silicone muscles", and maybe in the future, we might have the possibility to get the silicone muscles, which will give us more strength.

What if there is a possibility to use living cells in that kind of things?

But the most fascinating idea of those protective suits would be using the living tissues. This kind of ideas to make those suits by using living cells would revolutionize the design of protective suits and other technology. In this kind of solutions, the inner and outer layers of the suit would be mylar, where is the gold powder, and that makes this layer insulator against the radiation and chemical components.

That kind of biomechanic protective suit can fix itself if there is damage, and the living tissues allow to use of natural nutrient for those systems. The thing is that the muscle cells are connected to the human nervous system by using multiple EEG-sensors, what is controlling extreme thin electric wires, what is connected to the muscle cells. This kind of systems would allow creating a new type of protective equipment.

The ability to create a portable heart-lung machine can revolutionize medical treatment

The ability to create a portable heart-lung machine can revolutionize medical treatment


If all layers of the heart-lung machine would be covered by using living cells of the patient, that can deny the immune reaction.

If we would want to make perfect transplant organs to patients, in the future, we can use own cells of a patient to those organs. In this case, the 3D bio-printer would create the organ like lungs by using cell cultures, which are created by using the own cells of the patients. But in cases where lungs and heart must be transplanted, the doctors must remove organs, because the things like cancer can sprawl in the body, and while waiting for new organs the patient must use the heart-lung machine, what would cause horrible infections if it would not be covered by using living cells, what denies the immune reaction, if they are taken from the own body of the patient.

The major problems with the heart-lung machine are infections, what is causing by the bacteria, what enters in the body by cuts, what are used to get the tubes inside the body. If the outer layer of those tubes would be made by using own tissue and living cells of the patient, the tube would grow in the skin and that makes the contact tight, and deny the entry of the bacteria in the blood veins. Of course, the inner layer of those tubes can be covered by using the own blood vein cells of the patient, what denies the immune reaction.

And if the tubes what are transferring blood through the lung-heart machine would be made by artificial blood veins, what is created by using own living cells of the patient, and the all surfaces are covered with living cells, the lung-heart machine would be used even rest of the life. If we would want to create the portable version of this system, we might connect the tubes of the heart-lung system to the blood veins of the arm, and then the system would recycle the blood through the small-size compact version of the heart-lung machine.

In the future, the heart-lung machine can install surgically, and the patients can use it even tens of years. 

The size of this system might be the small briefcase, and that allows the patient to move and live the normal life if the lungs and heart must be removed because of accident or cancer. In that case, the medical team might remove those organs, and then give the treatment to those organs outside of the body. In the wildest dreams, the small-size heart-lung machine can installed in the chest of the patient by using surgery.

The patients have lived a couple of days by using an artificial heart, and the cause of death has been the infection, and the blood would get lumpy because it goes through an artificial heart. But if we would cover the artificial heart by using the own tissue of the patient, that would deny the immune reaction, and if the tubes, what are connected to the blood veins of the body would be created by using the artificial blood veins, that would help with immune reactions.

And maybe in the future, we would replace our lungs and heart by using machines, what people can use the rest of their life, what could be similar like other people. In fact, this technology can be effective, if it would connect with the tissue printers and in this case, the patients can wait, that the 3D-bioprinters can create the new organs to them.

The virus could be a very effective tool for interstellar traveling

The virus could be a very effective tool for interstellar traveling

https://controllingsociety.blogspot.com/

Another way to travel between stars might be the form of the virus

In this text, I will not take part in the moralistic or ethic ethical things, what the use of the biotechnology can cause if it is used to transform the species to another.  There is one very interesting scenario of interstellar traveling, and that thing might be very much against the ethical way to research and explore another planet or any other part of nature. This thing would be interesting because it allows creating a specific organism, what can live on the target planet.

And it is that the travel would be made in the form of the virus. In this scenario, the species, what would make this journey, and send the spacecraft to the interstellar journey. The DNA or genomes of that species would be stored in some kind of crystals, and when the spacecraft would travel to the destiny, it would send the sub robots to research and capture the organisms from that planet.

The use of synthetic DNA allows transforming species to others. 

Then the system creates synthetic DNA by using the nanotechnology, which makes the species to adjust to the hemisphere of the planet, and that makes possible to transform another species to the humanoids, what is the name of those hypothetical space travelers. In this scenario, the viruses would be injected to the fetuses, and that virus is actually the DNA of that species, what has been sending the spacecraft.

But they can also be injected to the adult members of the targeted society.  That spacecraft would use also nanotechnology or very small size microchips, what could replace the nucleus of the neurons, and this might allow taking other species in the control. That allows to use them as the bio-probes, and servants for the new master race.

Those small nano bugs would operate as the radio transmitters or modems, what would replace the own electricity of the nervous system by the synthetic EEG, and this and of systems have been investigated under the control of the special weapons laboratories. That means that those microchips can be delivered to the area by using cluster bombs, and then that kind of futuristic weapon can take the opposite military forces under the control. And this might be the next generation weapon, which will transform enemies into the robots.