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https://read.qxmd.com/read/25729358/the-neural-basis-of-deception-in-strategic-interactions
#1
JOURNAL ARTICLE
Kirsten G Volz, Kai Vogeley, Marc Tittgemeyer, D Yves von Cramon, Matthias Sutter
Communication based on informational asymmetries abounds in politics, business, and almost any other form of social interaction. Informational asymmetries may create incentives for the better-informed party to exploit her advantage by misrepresenting information. Using a game-theoretic setting, we investigate the neural basis of deception in human interaction. Unlike in most previous fMRI research on deception, the participants decide themselves whether to lie or not. We find activation within the right temporo-parietal junction (rTPJ), the dorsal anterior cingulate cortex (ACC), the (pre)cuneus (CUN), and the anterior frontal gyrus (aFG) when contrasting lying with truth telling...
2015: Frontiers in Behavioral Neuroscience
https://read.qxmd.com/read/23946002/detection-of-deception-based-on-fmri-activation-patterns-underlying-the-production-of-a-deceptive-response-and-receiving-feedback-about-the-success-of-the-deception-after-a-mock-murder-crime
#2
JOURNAL ARTICLE
Qian Cui, Eric J Vanman, Dongtao Wei, Wenjing Yang, Lei Jia, Qinglin Zhang
The ability of a deceiver to track a victim's ongoing judgments about the truthfulness of the deceit can be critical for successful deception. However, no study has yet investigated the neural circuits underlying receiving a judgment about one's lie. To explore this issue, we used a modified Guilty Knowledge Test in a mock murder situation to simultaneously record the neural responses involved in producing deception and later when judgments of that deception were made. Producing deception recruited the bilateral inferior parietal lobules (IPLs), right ventral lateral prefrontal (VLPF) areas and right striatum, among which the activation of the right VLPF contributed mostly to diagnosing the identities of the participants, correctly diagnosing 81...
October 2014: Social Cognitive and Affective Neuroscience
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