Niobium and rhenium alloy acts as a triplet superconductor, transporting information via spin currents with zero resistance
"essential for creating Majorana particles which can perform calculations in very stable way... operate at 7°K (normally 1°K)... which is significantly easier and more practical to achieve in a laboratory or industrial setting.... experiments show behavior different than any conventional superconductor, but must be verified by other experimental groups and undergo further testing to confirm triplet status once and for all... ultra-fast quantum computers consuming almost no electricity"
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