Fig. 2.
Result for the distribution
using 106 simulations per temperature and a value of
. Three different temperatures 2.73 K, 45 K, and 1508 K are displayed in the first, second, and third columns, respectively; the probability is shown in the first row and the probability density is illustrated in the second row. Different sphere sizes
exhibit notable similarities with regard to the shape and average value of their corresponding
distributions. This shows that radiation, which is emitted by dense spheres of different sizes but with identical temperatures, thus, originates from a similar distance from the rim of each sphere.
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