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Científicos chinos han desarrollado un termómetro de óxido de rutenio antiinterferencias de alto rendimiento, que puede medir temperaturas tan bajas como 6 mK ( ≈ -273.144 ℃ ), lo que marca un gran avance en la tecnología de medición de temperaturas ultrabajas para superconductores.
Chinese scientists have developed a high-performance anti-interference ruthenium oxide thermometer, which can measure temperature as low as 6 mK (≈-273.144℃), marking a breakthrough in ultra-low temperature measurement technology for superconducting
Chinese scientists have developed a high-performance anti-interference ruthenium oxide thermometer, which can measure temperature as low as 6 mK (≈-273.144℃), marking a breakthrough in ultra-low temperature measurement technology for superconducting #QuantumComputing. pic.twitter.com/AAAuWmyqpx
— China Science (@ChinaScience) June 17, 2024
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