What would a room-temperature superconductor give to us?

 What would a room-temperature superconductor give to us? 

Some of the most fundamental power sources require superconducting wires. Researchers developed a system that uses natural humidity to create electricity. That system can interconnected with another fundamental power source. The system that makes electricity from droplets can make the power source more effective. 

The system can use a membrane or layer that collects water. Then those droplets can travel over nano-size water mills that are boosting the energy production of that system. That system that uses droplets as an energy source can be suitable in nanotechnology. The system that produces energy for 100 LED bulbs might not be very impressive. But that kind of system can connect into series. And that makes them able to deliver energy even for large-size structures. We must remember that those systems operate along with other power sources. 

Room-temperature superconductor will change everything. The superconducting radio systems allow to harvest of energy from radio waves. And superconducting batteries can store data in its form. And that thing allows us to combine chemical batteries and data storage. Superconducting antennas can read thoughts from a great distance. An advanced computer can change the EEG curves into written text. 

"Researchers have successfully created new types of superconductors by arranging atoms one at a time, potentially leading to the development of innovative materials and quantum computing advancements. The study indicates a promising approach to overcoming the limitations of naturally occurring materials, paving the way for novel states of matter in future electronics and computing technologies."(ScitechDaily.com/Creating New States of Matter – Researchers Invent Two New Types of Superconductivity)

And you might imagine what abilities that thing brings to data technology and military and police work. The superconducting antennas can read data that travels in the computer's electric wires. That thing will break the data security. The superconducting wires make it possible to create room-temperature quantum computers. And that system would be far more powerful than modern binary laptops. The pocket- or wristwatch-size quantum computer that can communicate straight with the nervous system could to created. 

The fact is that our nervous system is one of the most effective quantum computers in the world. Even if it's too complicated to control the quantum computers with AI-based binary computers our neural system can used to control the small quantum computer. Room-temperature superconductors can deliver nervous signals into the processing unit without turbulence. 

The room-temperature superconductor could be a 2D copper or gold structure that is pressed into stable form between graphene layers and gigapascal-class pressure. The system could use carbon or metallic atom chains that pull through nanotubes. Then pressure will rise in those nanotubes until oscillation in those tubes is gone. 

The next-generation intelligent watches that use BCI or BNI (Brain-computer interface) or (Brain Neural interface) can connect the human nervous system directly with the Internet. And that thing is one of the most powerful tools that data researchers can even imagine. Room-temperature superconductors could decrease electric use and that thing would be a fundamental tool for the environment and stopping climate change. 

https://scitechdaily.com/creating-new-states-of-matter-researchers-invent-two-new-types-of-superconductivity/

https://scitechdaily.com/new-power-generator-produces-continuous-electricity-from-natural-atmospheric-humidity/

https://scitechdaily.com/new-droplet-based-electricity-generator-a-drop-of-water-can-light-up-100-led-bulbs/