The selective exposure theory is a concept in media and communication research that refers to individuals’ tendency to favor information that reinforces pre-existing views while avoiding contradictory information. In this theory people tend to select specific aspects of exposed information based on their perspective, beliefs, attitudes and decisions.
People can determine the information exposed to them and select favorable evidence, while ignoring the unfavorable. This theory has been explored using the cognitive dissonance theory, which suggests information consumers strive for results of cognitive equilibrium (consistent rather than conflicting thoughts). In order to attain this equilibrium, individuals may either reinterpret the information they are exposed to or select information that are consonant with their view.
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Selective Exposure Theory
Countersignaling
Countersignaling is the behavior where agents with the highest level of a given property invest less into proving it than individuals with a medium level of the same property. This concept is primarily useful for analyzing human behavior and thus relevant to economics, sociology and psychology; there is no known animal behavior which conforms to the predictions of the countersignaling model.
Many of the things – such as toughness, cooperativeness or fertility – that people and animals want to know about each other are not directly observable. Instead, observable indicators of these unobservable properties must be used to communicate them to others. These are signals. Signaling theory deals with predicting the level of effort that individuals, the signalers, should invest to communicate their properties to other individuals, the receivers, and how these receivers interpret the signals.
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Signalling Theory
Within evolutionary biology, signalling theory is a body of theoretical work examining communication between individuals. The central question is when organisms with conflicting interests should be expected to communicate honestly (no presumption being made of conscious intention) rather than cheating. Mathematical models in which organisms signal their condition to other individuals as part of an evolutionarily stable strategy are important for research in this field.
Signals are given in contexts such as mate selection by females, which subjects the males’ signals to selective pressure. Signals thus evolve because they modify the behaviour of the receiver to benefit the signaller. Signals may be honest, on average conveying information that is actually useful to the receiver, increasing its fitness, or dishonest. A cheat can give a dishonest signal, gaining an advantage, but potentially undermining the signalling system for all.
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