The Uneven Distribution of Numbers in Nature
L. Pietronero, E.Tosatti, V.Tosatti, A. Vespignani

TL;DR
This paper explores the widespread occurrence of Benford's law in natural and economic data, explaining its origins through the multiplicative nature of fluctuations and scale invariance across various phenomena.
Contribution
It provides a natural explanation for Benford's law based on the multiplicative fluctuations inherent in natural and economic systems.
Findings
Benford's law applies to diverse natural phenomena and stock prices.
The uneven distribution of first digits arises from multiplicative fluctuations.
This mechanism explains the scale-invariant properties observed in nature.
Abstract
Suppose you look at today's stock prices and bet on the value of the first digit. One could guess that a fair bet should correspond to the frequency of for each digit from 1 to 9. This is by no means the case, and one can easily observe a strong prevalence of the small values over the large ones. The first three integers 1,2 and 3 alone have globally a frequency of 60% while the other six values 4, 5, 6, 7, 8 and 9 appear only in 40% of the cases. This situation is actually much more general than the stock market and it occurs in a variety of number catalogs related to natural phenomena. The first observation of this property traces back to S. Newcomb in 1881 but a more precise account was given by F. Benford in 1938. In this note we illustrate these observations with the enlightening specific example of the stock market. We also identify the general mechanism for the…
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Taxonomy
TopicsBenford’s Law and Fraud Detection · Complex Systems and Time Series Analysis · Computability, Logic, AI Algorithms
