Input interpretation
![group 8 elements | superconducting point](../image_source/a5d833c03b4f9a9cb574e619dd66f96b.png)
group 8 elements | superconducting point
Results
![iron | (unknown) ruthenium | 0.49 K (kelvins) osmium | 0.66 K (kelvins) hassium | (data not available)](../image_source/24b3a68bc59887a9c987eff0db1c49b8.png)
iron | (unknown) ruthenium | 0.49 K (kelvins) osmium | 0.66 K (kelvins) hassium | (data not available)
![group 8 elements | superconducting point | 0.57 K (kelvins) (median) (based on 2 values; 2 unavailable)](../image_source/c7ccc6e5b1248fc092a4194bc8d131fe.png)
group 8 elements | superconducting point | 0.57 K (kelvins) (median) (based on 2 values; 2 unavailable)
Unit conversions for median superconducting point 0.58 K
![-272.58 °C (degrees Celsius)](../image_source/6853e7f2ab6d6d192d97cf5e9bfc1337.png)
-272.58 °C (degrees Celsius)
![-458.6 °F (degrees Fahrenheit)](../image_source/f970ba74a8d54502b886d5ed6dc4bdd6.png)
-458.6 °F (degrees Fahrenheit)
![1 °R (degree Rankine)](../image_source/7150e11cc36cd97b0aa53a0a306baa44.png)
1 °R (degree Rankine)
![-218.06 °Ré (degrees Réaumur)](../image_source/a33e8fab2ebc48bf466be00a2cc20b34.png)
-218.06 °Ré (degrees Réaumur)
![-135.6 °Rø (degrees Rømer)](../image_source/76dc59a6708c3d24ee4549e77ee9b40d.png)
-135.6 °Rø (degrees Rømer)
Comparison for median superconducting point 0.58 K
![0.57 K above temperature of a typical evaporation-cooled Bose-Einstein condensate (7×10^-8 K)](../image_source/3352fbec8af9acf7f03f2e19318cf254.png)
0.57 K above temperature of a typical evaporation-cooled Bose-Einstein condensate (7×10^-8 K)
![0.57 K above lowest temperature sodium Bose-Einstein condensate gas ever achieved in the laboratory (at MIT) (450 pK)](../image_source/d941ff840f916434fba6a21dc67b455f.png)
0.57 K above lowest temperature sodium Bose-Einstein condensate gas ever achieved in the laboratory (at MIT) (450 pK)
![0.58 K above absolute zero (0 K)](../image_source/0c96d5897481df602b38bc1546b1f871.png)
0.58 K above absolute zero (0 K)
Corresponding quantity
![Thermodynamic energy E from E = kT: | 0.05 meV (millielectronvolts)](../image_source/7b9550e75519ac8cc68477600f425292.png)
Thermodynamic energy E from E = kT: | 0.05 meV (millielectronvolts)