Scientists at Bell Labs in the United States have recently developed plastics with superconducting properties. This achievement has opened up new avenues for superconducting research and has significant scientific and commercial value.
American scientists Alan Hague, Alan Mark Demidity, and Japanese scientist Shirakawa Hideyuki received the 2000 Nobel Prize in Chemistry for discovering the conductive properties of plastic materials. However, scientists have not been able to develop superconductors based on it because the structure of carbon molecular polymers is not conducive to the movement of electrons.
Scientists at Bell Labs used a plastic called polythiophene to try to make a metal foil from an aluminum oxide alloy and coat it with a polythiophene film. Scientists have discovered that electrons can pass through polythiophene films without loss in the electric field they form, indicating that polythiophenes have superconducting properties.
Although people think that superconducting plastics have broad application prospects, Bertrag, who led the research, believes that there is still much work to do when superconducting plastics are to be put into practical use. The superconducting plastic they discovered showed superconductivity only at an absolute temperature of 4K. At present, they are using the same method to find plastics that have superconductivity at higher temperatures.
American scientists Alan Hague, Alan Mark Demidity, and Japanese scientist Shirakawa Hideyuki received the 2000 Nobel Prize in Chemistry for discovering the conductive properties of plastic materials. However, scientists have not been able to develop superconductors based on it because the structure of carbon molecular polymers is not conducive to the movement of electrons.
Scientists at Bell Labs used a plastic called polythiophene to try to make a metal foil from an aluminum oxide alloy and coat it with a polythiophene film. Scientists have discovered that electrons can pass through polythiophene films without loss in the electric field they form, indicating that polythiophenes have superconducting properties.
Although people think that superconducting plastics have broad application prospects, Bertrag, who led the research, believes that there is still much work to do when superconducting plastics are to be put into practical use. The superconducting plastic they discovered showed superconductivity only at an absolute temperature of 4K. At present, they are using the same method to find plastics that have superconductivity at higher temperatures.
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