![]() We model this neural activity as a branching process, which in turn is approximated by a random walk. ![]() We propose a model according to which the serial killer commits murders when neuronal excitation in his brain exceeds certain threshold. ![]() The distribution of the intervals between murders (step length) follows a power law with the exponent of 1.4. The plot of the cumulative number of murders as a function of time is of "Devil's staircase" type. We analyze the time pattern of the activity of a serial killer, who during 12 years had murdered 53 people. Future research should continue to examine this possible link. As with other variables considered in serial killer research, military experience alone cannot account for all cases of serial murder. Citing previous research using social learning theory for the study of murder, this article explores how potential serial killers learn to reinforce violence, aggression, and murder in military boot camps. This article examines the possible link between serial killers and military service. ![]() However, the study of serial murder continues to be an exploratory rather than explanatory research topic. Some of these studies have provided support for the relationship between these variables and serial murder. Scholars have endeavored to study the motivation and causality behind serial murder by researching biological, psychological, and sociological variables. Serial killers with military experience: applying learning theory to serial murder.
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