日本东北大学金属材料研究所教授立木昌和电气通信研究所教授山下努经过潜心研究发现,利用高温超导体进行高速通信,其速度将远远快于光通信.在高温超导体中,由结晶构成的铜氧面上有电流通过,由于量子力学效应,在与铜氧面垂直的方向上, Japan Institute of Metal Materials, Northeastern University Ritsuki Chang and Institute of Electrical and Telecommunications Professor Yamashita After painstaking research has found that the use of high-temperature superconducting high-speed communications, the speed will be much faster than optical communications in the high-temperature superconductors, composed of crystalline copper oxygen Surface current through, due to the quantum mechanical effects, in the direction perpendicular to the copper oxygen surface,