Microtube implosions can create megatesla magnetic fields.

Microtube implosions can create megatesla magnetic fields.

In the image above this text, you can see the principle of the microtube implosion. Microtubes can be used in high-power communication systems, but they can also be used to give electricity to nanomachines. The microtube implosion would make the magnetic field, which is the most powerful in the world. And the radio wave is also the magnetic field, which is traveling in space. So the microtubes can be used in high-powerful radars and other kinds of tools like nanomachines.

The reason why a microtube can form an extremely powerful magnetic field is that the relation between the outer core and diameter of that thing is very economical. The outer core would conduct the heat away from it. So this time economical means the ability to keep the temperature of the system low. If the size of the core in comparison with diameter would be lower the heat would melt the tube.

The magnetic field is made by stressing the microtube by using a laser, but every other electromagnetic radiation that would resonate with the tube can be used. The benefits of the lasers are that they don't disturb other electromagnetic signals, and if this microtube implosion is used to create the radio transmission, the data can deliver to the microtube by using those laser-rays. But the microtube implosion could be possible by stressing the tube by using radio- or other types of radiation. So the microtube just forms the radiation to the other form.

Microtube implosions can make a powerful magnetic field, and that kind of system can revolutionize communication and other kinds of technology. The system is a one or two-layer nanotube, which is stressed with electromagnetic radiation. The outer tube would conduct the radiation to the inner tube, and that thing can be used to create the megatesla scale magnetic field. The powerful magnetic field can be used in communication systems, where it will be aimed in one direction if there is a radio antenna inside the nanotube.

Those microtubes can be used in the new type of maser-radiocommunication amplifier, which can use multiple channels at the same time. The powerful radio-transmitter, what can aim its transmitting very sharply can be used in the communication between distant space probes and Earth. But the powerful radio transmission would also make it possible to create communication tools that are immune against jamming. The powerful and targeted radio transmitting just passes the electromagnetic radiation, what purpose is to disturb the signals. '

The microtubes can also be used in the next-generation radars, which can give the multiband measurement signals. By using the opposite polarity in those microtubes the system can turn into a weapon, which can destroy aircraft and ships from quite a long-distance.

The microtubes can also make the nanomachines advanced tools that can destroy the cancer cells or bacteria inside the human body by using microtube-based tools, which are making an electric arc. The powerful magnetic fields also allow making the new type of power source to the small-size machines, which can operate in the human body. In this case, the crab-looking nanomachine can get its electricity by using micro tubes, where is targeted the radio waves. And that thing allows creating more advanced and multi-use nanomachines, which can make diverse missions.

Sources:

https://physicsworld.com/a/microtube-implosions-could-produce-megatesla-magnetic-fields/

Image: https://www.nature.com/articles/s41598-020-73581-4

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