Plasmon Resonance Model: Investigation of Fake News Diffusion
Keskeiset käsitteet
Proposing a new approach to model fake news diffusion using soliton solutions in incomplete information games.
Tiivistelmä
Introduction
Investigating the rapid amplification of fake news within social groups.
Analyzing dynamics through soliton solution approach.
Model Construction
Using nonlinear partial differential equations to model diffusion dynamics.
Analyzing strategies of first, second, and third movers in game theory.
Discussion
Exploring how strategic behavior affects fake news dissemination process.
Application of Soliton Solutions
Metaphorically applying soliton solutions to understand stable diffusion patterns.
Ansatz for Soliton Solutions
Assumption of specific solution form for modeling diffusion patterns.
Plasmon Resonance Model
Tilastot
Plasmon resonance is used to represent the phenomenon of rapid amplification of fake news within social groups.
Nonlinear dynamics imply that information diffusion increases rapidly once a certain threshold is reached.
Lainaukset
"By combining concepts from the social sciences and the physical sciences, this study attempts to develop a new theoretical framework for the contemporary problem of fake news."