Repeated exposure to stimuli leads to habituation and boredom
Repeated exposure to sensory or cognitive stimuli reliably elicits habituation and neural adaptation, reflecting foundational learning and adaptation processes.
The claim states that repeated exposure to stimuli leads to habituation and boredom (or a dampening of hedonic/neural responses). Multiple empirical and theoretical papers (e.g., Paper 1 on neural adaptation and habituation, Paper 8 on hedonic responses to repetition, and Paper 10 on algorithmic habituation and cognitive accommodation) directly support the concept that repetition leads to habituation and adaptive dampening of responses. No papers refute this broad psychological and neurobiological principle.
Shai Netser, Yael Zahar, Yoram Gutfreund. Stimulus-Specific Adaptation: Can It Be a Neural Correlate of Behavioral Habituation?. 2011. https://doi.org/10.1523/jneurosci.4790-11.2011
Paper 1 demonstrates that repeated presentation of stimuli induces stimulus-specific neural adaptation, which correlates with behavioral habituation.
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Felisberti FM. Hedonic Preferences to Audio and Visual Stimulation in Seniors with Cognitive Impairments.. 2021. https://doi.org/10.3233/jad-210520
Paper 8 investigates hedonic preferences following repeated sensory stimulation, showing stability and variations related to the mere exposure effect and habituation.
Mladin NC, Rad D, Coman DȘ, Popescu MG, Felea MI, Marcu R, Rad G. Algorithmic Habituation: A Neurocognitive and Systems-Based Framework for Human-AI Co-Adaptation.. 2026. https://doi.org/10.3390/brainsci16050473
Paper 10 introduces a framework of algorithmic habituation where repeated interaction with predictable patterns leads to cognitive and behavioral accommodation.
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