The new materials are not just "materials". They are intelligent entireties that can repair themselves.
The image above this text is portraying the cube of the physical model of the universe. But it can also portray the new type of hybrid materials that are created for the space programs. That material must only cover by using metal layers. And it's suitable for space missions because there are very small contact layers between outer layers.
The material is not conducting thermal energy through it. That kind of hairy material can also form a single-used heat cover. In that case, the material is vaporizing and takes the heat away from it. But if that material is connected with a 3D printer system. That allows remaking that layer again after the heat stress. This material can be made by using every kind of fiber like wool.
In that case, the cultured cells that are forming the wool are installed in small robots. Those robots are carrying cell cultures, that are forming the calls that are making the fibers. That is covering the layer by using this material. Those robots might have a small pressure chamber, where is the air. And injecting those fibers can be made through that pressure chamber if the system must operate in the vacuum of space. That layer could protect the solid layers against thermal stress in spacecraft.
And that makes the material a good thermal insulator. In the new 3D nanomaterials the form of the structure is in the key role. The material that is used in those structures is no matter. And the well-known materials can get new abilities when they are equipped with nano-structures like nanobubbles.
The nanobubbles that are making things like beer extremely hard are the best example of the case. How the 3D nanostructures are affecting the material. And the nanobubbles can also give new abilities for the thing like cellulose. The nanobubbles can also be used for repairing the material damages in the structures.
The idea of the self-repairing materials created by Interplanetary society and their "Daedalus study project". The hypothetical interstellar spacecraft will have sub-robots that are used as 3D printers. The mission of those robots is to repair the damaged core of the spacecraft.
Lockheed-Martin has created artificial robot spiders that can repair mylar or kevlar structures automatically. They can automatically repair the high-altitude robot airships used for the observation and communication boost missions. And also there is the possibility that inside the aircraft are put the spider-robots. Those are used for making the repairments for the core of aircraft. The high-temperature working methods are allowing to print metal or carbon fiber in the damage points.
The new materials are not just materials. They are intelligent entireties which are containing microchip control abilities. In the material might be fibers, that are cutting in certain points. And in those points is the magnetized particles that can use to pull the fibers back in form. That thing makes those materials self-repairing.
In the newest layers is the microchips that are feeling touch. And give orders for beginning the self-repairing process. But those microchips can also be used as the central computers of the spacecraft. In that case, the computers are integrated into the structures of the vehicle. And that leaves room for the cargo.
The same way computers can integrate into the structures of buildings and nanotechnology along with intelligent particles can observe the damages in the structures. The self-repairing structures can make by using the microcircuit-looking robots that are taking their place in the entirety. The self-repairing biological materials can be bacteria or diatomic bacteria.
At the first, the system delivers regular bacteria to the layer, and then the virus would transform them to make the silicon core for them. The self-replicating molecules like carbon chains can also make by using bacterial. There is the possibility that the bacteria is manipulating for creating the carbon chains. That kind of carbon chain can be used as the wires in the nanotechnological microprocessors.
Even if regular computing turns to run on the quantum computers. The binary microchips can be used for controlling the movements of the angles of the prosthesis. Or the motors of nanomachines. In that model, the binary microchips are acting under the command of quantum computers.
()https://www.moleaer.com/nanobubbles
()https://en.wikipedia.org/wiki/Project_Daedalus
Image:()https://upload.wikimedia.org/wikipedia/commons/thumb/9/9d/Structure_of_the_Universe.jpg/1251px-Structure_of_the_Universe.jpg
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