Semiconductors and Superconductors Are Changing the Electronics Industry
New Invention: Superconductor LK-99
Semiconductors
It continues to take innovative steps continuously with devices and systems based on semiconductor technology. Semiconductors are materials that lie between an insulator and a conductor and can control their electrical conductivity under certain conditions. These features form the basis of computers, cell phones, solar panels and many more electronic devices. However, the importance of superconductors is increasing due to some limitations and needed improvements in energy efficiency.
Evolution of Superconductors
Superconductors are materials that can conduct electric current without resistance, thus minimizing energy losses. The superconductor named LK-99, operating at room temperature and ambient pressure, recently announced by South Korean scientists, has a great transformation potential in electronic technology. This superconductor, developed by Hyun-Tak Kim, Research Professor of Physics at the University of William & Mary, and his team, could lead to significant advances such as the levitation of trains and enable faster computers to be produced. It can also increase the efficiency of electricity grids, significantly reducing energy costs, and can be used to store renewable energy sources.
The Journey of Superconductors from Past to Present
Superconductors have made significant advances since they were first discovered in the early 20th century. Superconductors, which could only work at low temperatures years ago, are now widely used in many fields from electronic transformers to magnetic resonance imaging machines. However, the fact that some superconductors still require significant power for the cooling process has been a factor limiting their widespread use.
Electronic Revolution Towards The Future
The development and combination of semiconductors and superconductors could bring about a revolutionary transformation in electronics technology. Properties of superconductors such as energy efficiency, fast data transmission, and strong magnetic field tolerance can significantly improve the performance and efficiency of electronic devices. In this way, we can meet more sustainable and advanced electronic devices in the future.
