Jim Liebelt Christian Blog and Commentary

Internet Erodes Teenage Impulse Controls

*The following is excerpted from an online article posted on ScienceDaily.

Many teenagers are struggling to control their impulses on the internet, in a scramble for quick thrills and a sense of power online, potentially increasing their risks of becoming cybercriminals.

A new study by Flinders Criminology analyzed existing links between legal online activities and cybercrime - for example, how viewing online pornography progresses to opening illegal content, and motivations to evolve from online gaming to hacking.

Newly published in the European Society of Criminology, the authors outline why illegal online activity involving adolescents from 12-19 years of age is encouraged by the idea the internet blurs normal social boundaries amongst young users tempted into wrongdoings they wouldn't contemplate in the outside world.

Flinders Criminologist Professor Andrew Goldsmith says illegal online activity is especially attractive for adolescents already prone to curiosity and sneaky thrill-seeking, but the internet encourages new levels of experimentation that are easily accessible.

"The internet allows young people to limit their social involvement exclusively to particular associations or networks, as part of a trend we've termed 'digital drift'. From a regulatory perspective, we're finding this poses significant challenges as it degrades young people's impulse controls."

"We're using the word seduction to describe the processes and features intrinsic to the online environment that make online activity both attractive and compelling." "For some young people, the Internet is like a seductive swamp, very appealing to enter, but very sticky and difficult to get out of."

Professor Goldsmith says there needs to be a deeper understanding of the influential technologies regularly used by young people, recognizing that not all motivations for transgression indicate a deep criminal pathology or criminal commitment.

Source: ScienceDaily
https://www.sciencedaily.com/releases/2020/01/200121112915.htm



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