Abstract: The invention relates to inorganic conductive polymer with a melting point over 1,000° C., based on C, Mg, and B, comprising both magnetic and nonmagnetic ions. They form amorphous polymer phase and the electrical resistivity can be varied from 10?6 ?cm to 1018 ?cm. They are very hard, durable, and very light. The conductive polymers can be used for electric wires, tapes, and cables, hot surface igniters, electronic devices, such as LED, solar cell, mobile screen, laptop screen, battery, and supercapacitor, and structural materials for automobile and aerospace ship. It can be also used for radiation-resistant material.

Abstract: A superconductor exemplarily described herein includes a superconducting material containing vortex pinning centers and non-magnetic disorders formed in the superconducting material. The superconductor described herein is suitable for use in magnet applications and power transmission.

Abstract: A superconductor exemplarily described herein includes a superconducting material containing vortex pinning centers and non-magnetic disorders formed in the superconducting material. The superconductor described herein is suitable for use in magnet applications and power transmission.

Abstract: A superconductor exemplarily described herein includes a superconducting material containing magnetic impurities and non-magnetic disorders formed in the superconducting material. The superconductor described herein is suitable for use in magnet applications and power transmission.

Abstract: A superconductor exemplarily described herein includes a superconducting material containing magnetic impurities and non-magnetic disorders formed in the superconducting material. The superconductor described herein is suitable for use in magnet applications and power transmission.