Room temperature superconductivity has attracted attention because traditional superconducting materials require extremely low temperatures to achieve superconductivity, and room temperature superconductivity means that superconductivity can be achieved at room temperature, which will bring huge scientific and technological breakthroughs.
Room temperature superconductivity can greatly reduce the loss of energy transmission, improve the efficiency of the power system, and promote the development of electric vehicles and renewable energy.
In addition, room temperature superconductivity is also expected to play an important role in medical imaging, quantum computing and high-speed data transmission, so it is attracting attention.
Room temperature superconductivity has attracted attention because traditional superconducting materials require extremely low temperatures to exhibit superconducting properties, which limits their practical applications. Room temperature superconductivity means that zero-resistance current transmission can be achieved under normal temperature conditions, which will bring revolutionary breakthroughs in energy transmission, medical equipment, transportation and other fields, and has huge scientific and economic potential.