Input interpretation
solid elements (at STP) | superconducting point
Summary
median | 0.999 K highest | 9.25 K (niobium) lowest | 0.015 K (tungsten) distribution | | (based on 32 values; 54 unavailable)
Entities with missing values
lithium | boron | carbon | sodium | magnesium | silicon | phosphorus | sulfur | potassium | calcium | ... (total: 54)
Distribution plots
(superconducting point in kelvins)
Superconducting point rankings
1 | tungsten | 0.015 K 2 | cerium | 0.022 K 3 | beryllium | 0.026 K 4 | scandium | 0.05 K 5 | lutetium | 0.1 K 6 | iridium | 0.11 K 7 | hafnium | 0.128 K 8 | titanium | 0.4 K 9 | ruthenium | 0.49 K 10 | cadmium | 0.517 K ⋮ | | 23 | europium | 1.8 K 24 | thallium | 2.38 K 25 | indium | 3.41 K 26 | tin | 3.72 K 27 | tantalum | 4.47 K 28 | lanthanum | 4.88 K 29 | vanadium | 5.4 K 30 | lead | 7.2 K 31 | technetium | 7.8 K 32 | niobium | 9.25 K (based on 32 values; 54 unavailable)
Unit conversions for median superconducting point 0.999 K
-272.151 °C (degrees Celsius)
-457.872 °F (degrees Fahrenheit)
1.8 °R (degrees Rankine)
-217.721 °Ré (degrees Réaumur)
-135.379 °Rø (degrees Rømer)
Comparison for median superconducting point 0.999 K
0.999 K above temperature of a typical evaporation-cooled Bose-Einstein condensate (7×10^-8 K)
0.999 K above lowest temperature sodium Bose-Einstein condensate gas ever achieved in the laboratory (at MIT) (450 pK)
0.999 K above absolute zero (0 K)
Corresponding quantity
Thermodynamic energy E from E = kT: | 0.086 meV (millielectronvolts)