Skip to main content

How to solve the pressure problem of room-temperature superconduction?

How to solve the pressure problem of room-temperature superconduction?


The room-temperature superconductors can make the hovering trains possible, but the problem is the high pressure that that thing requires for working. And the 250 0000 bar pressure makes those systems dangerous. 

The room temperature superconductor can hover the magnetic trains, and it can also make the new and extremely fast computers possible. But the needed pressure 250 Gigapascals what means 250 0000 bar, and that thing makes this structure very dangerous. If we are thinking about the way to use the room temperature superconductor, we must make that material safe. 

The high pressure means that if there is even small damage in the pressure tube, that thing can cause a horrible accident. And maybe by using nanotechnology, we can create the small-size pressure tubes, where the superconducting materials will put. 

We might just make the wire by using that superconducting material and put that wire in the tube, where the pressure has risen to a level that is necessary to make the superconduction possible. In the high-level of pressure, the molecules of the superconducting material are locked in their position, and the extremely high pressure will deny the molecular oscillation of that material. 

So the tubes can be made by using nanotechnology, and the small diameter of the high-pressure channels is making those systems safer, and the wires can put in the armor, which denies the damages if one of those pressure tubes is breaking. Another way to make the room-temperature superconduction is to use the magnetic press, which is used in the fusion tests. In this case, the superconducting material would put in the tube, which will press by using the stable magnetic field, and that would make it possible to make the safety wire, where the electricity travels without resistance.  

That kind of magnets would make the revolution for creating the levitating trains, what is hovering above the magnetic field. That kind of system requires powerful electric magnets, and in those cases, the problem is that the resistance of the metals causes the heat. And if the superconducting materials cannot use in those structures, the entire railroad would start to shine red. So the room-temperature superconductors would create the new type of railroads possible, but the problem is the extremely high pressure, what the system requires. 


Sources:


https://www.businessinsider.in/science/news/physicists-made-a-superconductor-that-works-at-room-temperature-it-could-one-day-give-rise-to-high-speed-floating-trains-/articleshow/78847726.cms


https://www.quantamagazine.org/physicists-discover-first-room-temperature-superconductor-20201014/


https://en.wikipedia.org/wiki/Room-temperature_superconductor

Comments

Post a Comment

Popular posts from this blog

Could this be the thing, that some people don't want you to know about zombies?

Could this be the thing, that some people don't want you to know about zombies? The simplest way to control zombies, which are made by using tetrodotoxin, which is called "zombie poison" is to use the automatic dispenser, which is normally used in diabetes treatment. In this case, the dispenser would be loaded by using tetrodotoxin. If the level of this poison is right, the person would be totally under the control of other people. And if the system cannot detect this poison there is a possibility to make the laboratory experiment when the staff will follow the decrease of the tetrodotoxin, and then the system can use a simple clock, which will inject poison to the body of a victim after a certain time. This would be an effective tool in the hands of military and counter-terror operators. Those zombies can be captured enemy operators, who will send back, and then they just kill their ex-partners. By using genetically engineered bacteria could be possible to create t...
Post a Comment
Read more

Terrifying visions of genetic engineering.

 Terrifying visions of genetic engineering.  The modern Hounds of Baskerville ABW:s (Advanced biological weapons are the modern Hounds of Baskerville. The term ABV means the animal which is genetically engineered. And which is controlled by using some interactive electronic systems. There is a possibility to connect the action camera to dogs collars. And transmit commands to that animal by using electronic systems. Spoken words can use to the commands.  Or they can be a series of sounds that are stored in the sound files. When the operator activates a certain file that sound means a certain command to the animals. There is the possibility to automatize some commands by connecting the system to the image recognition tool. When the action camera sees something that is stored in the memory of the computer. That system sends the coded order to the animal.  Nanotechnology and genetic engineering are the most lethal combination in the world. The ABW:s (Advanced Biological ...
Post a Comment
Read more

The cyborg lichen can be one of the most exotic visions of what the high-tech civilization might look like.

.     The cyborg lichen can be one of the most exotic visions of what the high-tech civilization might look like. Above is the image of the nano-submarine. There is introduced an idea, that this kind of system would equip with living neurons, which makes it like some kind of artificial bug or mosquito. The idea is that the robot can take the nutrient by using the robot tube, which acts like a proboscis. The neurons can get nutrients and the rest of the machine can use small fuel cells or the energy to that system can deliver by using the radio waves. Futurologists are thinking about the ideas, what the hybridization of the neurons and machine would look like? Could the hyper-technical civilization look like the group of midget submarines? Those submarines might take nutrients for the neurons, what is living in them. The purpose of the midget submarines, which might be size less than a couple of millimeters would maximize the survivability of the neurons. One of the most intere...
Post a Comment
Read more