English

How to Deal with Fake News: Visualizing Disinformation

Physics and Society 2021-01-25 v1

Abstract

The current public sense of anxiety in dealing with disinformation as manifested by so-called fake news is acutely displayed by the reaction to recent events prompted by a belief in conspiracies among certain groups. A model to deal with disinformation is proposed; it is based on a demonstration of the analogous behavior of disinformation to that of wave phenomena. Two criteria form the basis to combat the deleterious effects of disinformation: the use of a refractive medium based on skepticism as the default mode, and polarization as a filter mechanism to analyze its merits based on evidence. Critical thinking is enhanced since the first one tackles the pernicious effect of the confirmation bias, and the second the tendency towards attribution, both of which undermine our efforts to think and act rationally. The benefits of such a strategy include an epistemic reformulation of disinformation as an independently existing phenomenon, that removes its negative connotations when perceived as being possessed by groups or individuals.

Keywords

Cite

@article{arxiv.2101.09251,
  title  = {How to Deal with Fake News: Visualizing Disinformation},
  author = {F. Espinoza and Department of Physics and Astronomy and Hofstra University and Hempstead and NY. USA. and Department of Chemistry and Physics-Adolescence Education and SUNY Old Westbury and Old Westbury and NY. USA},
  journal= {arXiv preprint arXiv:2101.09251},
  year   = {2021}
}

Comments

Four figures explaining the proposed mechanism that describe wave properties and behavior. The quantitative details are kept to a minimum so as to highlight the relevance of the treatment of disinformation as a wave, to the larger public sphere