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Re:Benford's Law by knzhou on Saturday February 15, 2020 @09:24PM (#22339443)
Interestingly enough, it's also a decent fit for fundamental physical constants, as one can read off from a table of them. [0]

0: https://physics.nist.gov/cuu/pdf/all.pdf

Re:Benford's Law by polyphonicist on Sunday February 16, 2020 @12:20AM (#22339919)
That's interesting indeed. Any idea why Physics constants obey Benford's Law? Did the universe pick the physical constants from an exponential distribution?
Re:Benford's Law by knzhou on Sunday February 16, 2020 @01:01AM (#22340051)
In this particular case it's mostly reflecting our choices of units, and the fact that changing the units can change the constants by many orders of magnitude. Benford's law comes from a distribution which is invariant under that kind of change.

However, it's an interesting question whether the dimensionless fundamental constants have a deeper explanation, since they don't depend on unit choices. The fermion masses are roughly evenly distributed logarithmically, for example (which leads to Benford's law). There isn't a clear reason why.