The flight to another star by using existing technology

The flight to another star by using existing technology

The one-way trip

If we want to make a spaceflight, what would take thousands or even tens of thousands of years, we must remember that the best way to create the crew is simply using the artificial viruses and some kind of cells for creating the clones of the crew. This thing might feel some kind of joke, but there is a possibility to make the spaceflight to another star by using the existing technology. The journey would take thousands of years, and the crew would not even know that the Earth has existed. 

But the thing is that by using ultra-modern bio- and nanotechnology is possible to send the crew to another planet by using the cells, which is frozen near the zero Kelvin degrees. That means that the chemical processes have been ended, and the cells would remain forever. The problem with the extreme long-term spaceflights is that the electromagnetic radiation would destroy or damage the DNA, and then the operation would fail. The DNA can be stored also in artificial retroviruses in the form of the RNA molecules. 

Retrovirus can be used to clone crew

The most fascinating version of this kind of virus is that it can be stored in the digital form. In this kind of operation, the artificial virus would be created by using the nanomachines, which can put the base pairs in certain orders. But as I have written many times also the human DNA can be separated from the middle of the molecule, what turns the DNA to RNA, and if that thing would be injected to any cell, what own genomes have been removed, that thing can begin the forming the human or another organism what is wanted to cloned. 

The thing is that the own genomes of the cell must only be removed, and in theory, that thing guarantees that the cloning would be successful. In this kind of case, the removing of the original genomes guarantees that only the genome, what is wanted to use operates in the cell. The key element is that every cell, what have enough nutrient can transform into another species. 

The bioprinters can create an adult person

But there is one really interesting and fascinating idea to make the crew for that spacecraft. This idea is that the spacecraft would have bioprinter and cell cultures. And when the journey turns to end the system would clone the cell lines in the bio tanks, and the bioprinter would put every cell in the right place. When we are thinking about the form of this kind of bio tank, those systems can install in the spacesuits, which are equipped with the HULC-systems. This guarantees that the weak person can also operate on the surface of the planet. 

After that, the training of those crew members would be happening by using the electromagnetic and other subliminal systems. The cloning of the crew would begin about twenty years before the craft is coming to another solar system. Or actually, the craft can turn to the trajectory, what orbits the central star, and then the craft would start to create energy by using the solar panels.  

The journey would begin by using nuclear reactors, and NERVA systems. When the craft would be outside the Kuiper belt the nuclear power would shut down, and all systems of the craft will be closed. Then the craft would start to wait for the right distance, and the solar panels would start to create energy for the computers and artificial intelligence. But without the habitable planet, this kind of journey would be meanless. 

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The natural-looking recon drones

The natural-looking recon drones

Have you noticed that some hoverflies are like searching for the ID-papers? Of course, this is only a coincidence, that when some person keeps the wallet open, there would come the hoverfly to look for the place, where it can put its eggs. But the new kind of nano-drones or robot bugs might make this kind of things, and the thing is that those drones might look like real bugs.

YouTube and the Internet are full of stories about nanorobots, what are looking like mosquitos, but if I would create recon drone, what can operate undercover, I would choose some other bug than a mosquito. That form should be something, what is not tempt people to damage drone by slapping it with newspaper, and that's why hoverflies or dragonflies would be more suitable for that purpose. The thing is that the small-size drones have limited computing capacity, but they can operate as swarms.

https://www.youtube.com/watch?v=z78mgfKprdg

That means the drone can be remotely connected with the central computer, and the transmitter would not need to be so powerful, as people normally think. This kind of nanotechnical drones can make row to the central computer, that they can communicate from long distances. And they can use lasers or some other optical communication systems for command messages, which makes them very difficult to detect. 

In this solution, the communication would happen from the drone to another, and the small-size drones can get their electricity from high-power radio transmitters, like high power OTH-radars. That allows them to operate unseen and they can collect data from every each person, what is targeted to them.

And those drones are extremely difficult to find. They can communicate with their command center by using the same data transmitters, which are used in the mobile telephones. Those operators can sit in the command center at another side of Earth, or they can work in the operational field. The communication can happen with blue tooth or every other data communication solution.

This would allow the operator to use their mobile telephones antenna for data communication between themselves and drone swarm. Those small drones can make many things, like take the samples of tissue of some people. They can also observe rooms, and collect the data from the WLAN systems. But those drones can also be used to follow the behavior of natural animals, and they can search people from some area. 

Drone-swarms can cover a very large area, and even if they have limited equipment, the large mass of them replaces the quality. That means that every each drone might have different sensors, and they can produce in the operational area. In this that the cores of the drones can put in the small robot unit, which puts the necessary sensor in them.

This supply unit can install in the helicopter, and there could be many types of sensors, which can put in those drones. That equipment could be radio-active or chemical detectors or even the ricin injectors for assassination missions. And this kind of things makes those drones extremely dangerous. They are cheap to produce in the automatized factories, and they are unseen.