A three-state kinetic agent-based model to analyze tax evasion dynamics

Abstract

In this work we study the problem of tax evasion on a fully-connected population. For this purpose, we consider that the agents may be in three different states, namely honest tax payers, tax evaders and undecided, that are individuals in an intermediate class among honests and evaders. Every individual can change his/her state following a kinetic exchange opinion dynamics, where the agents interact by pairs with competitive negative (with probability $q$) and positive (with probability $1-q$) couplings, representing agreement/disagreement between pairs of agents. In addition, we consider the punishment rules of the Zaklan econophysics model, for which there is a probability $p_a$ of an audit each agent is subject to in every period and a length of time $k$ detected tax evaders remain honest. Our results suggest that below the critical point $q_c=1/4$ of the opinion dynamics the compliance is high, and the punishment rules have a small effect in the population. On the other hand, for $q>q_c$ the tax evasion can be considerably reduced by the enforcement mechanism. We also discuss the impact of the presence of the undecided agents in the evolution of the system.

13 pages, 6 figures, accepted for publication in Physica A

References in corpus (6)

• The role of inflexible minorities in the breaking of democratic opinion dynamics
• Disorder induced phase transition in kinetic models of opinion dynamics
• Role of conviction in nonequilibrium models of opinion formation
• Role of noise and agents' convictions on opinion spreading in a three-state voter-like model
• The Sznajd model with limited persuasion: competition between high-reputation and hesitant agents
• On the role of backauditing for tax evasion in an agent-based Econophysics model

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