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- 01JE30649W79YV2N0PWRJCP7AQ classification A2.
- 01JE30649W79YV2N0PWRJCP7AQ date "2024".
- 01JE30649W79YV2N0PWRJCP7AQ language "eng".
- 01JE30649W79YV2N0PWRJCP7AQ type journalArticle.
- 01JE30649W79YV2N0PWRJCP7AQ hasPart 01JE38JQN1WXCP0H2TVM226H3J.pdf.
- 01JE30649W79YV2N0PWRJCP7AQ subject "Medicine and Health Sciences".
- 01JE30649W79YV2N0PWRJCP7AQ subject "Social Sciences".
- 01JE30649W79YV2N0PWRJCP7AQ doi "10.1162/imag_a_00392".
- 01JE30649W79YV2N0PWRJCP7AQ issn "2837-6056".
- 01JE30649W79YV2N0PWRJCP7AQ volume "2".
- 01JE30649W79YV2N0PWRJCP7AQ abstract "Milgram's studies explored psychological and contextual factors influencing (dis)obedience to immoral orders, but the mechanisms preventing individuals from being coerced into causing pain to others remained largely unknown. Our fMRI study investigated the neural correlates of disobedience to such orders, focusing on three phases of the decision-making process: order processing (pre-decision), action (decision), and outcome and effect processing (post-decision). Within these phases we targeted three socio-cognitive (cognitive conflict, sense of agency— SoA, and theory of mind— ToM) and two socio-affective (empathy and guilt) processes. Our findings revealed that participants who engaged the angular gyrus and temporo-parietal junction, particularly in the left hemisphere, as well as median prefrontal areas before obeying the command to send a shock — possibly to mitigate cognitive conflict between self and other and to enhance their SoA — were more likely to disobey the experimenter’s instructions to administer a shock to a victim. Additionally, we found involvement of social brain regions during the post-decision phase (encompassing ToM, empathy, and guilt areas), especially in response to shock events, to process the victim’s pain. Higher activity in these regions when obeying orders was associated with a higher rate of prosocial disobedience. This study sheds light on the mechanisms that lead individuals to resist immoral actions under authoritative pressure in an experimental context.".
- 01JE30649W79YV2N0PWRJCP7AQ author 29c4e7df-0b70-11ec-b876-f0a6f2e179e7.
- 01JE30649W79YV2N0PWRJCP7AQ author 9ed19a18-41d4-11ed-a529-97d58d3a1333.
- 01JE30649W79YV2N0PWRJCP7AQ author urn:uuid:b0438bd5-692b-4934-9884-4424dbd7af40.
- 01JE30649W79YV2N0PWRJCP7AQ dateCreated "2024-12-02T06:16:08Z".
- 01JE30649W79YV2N0PWRJCP7AQ dateModified "2025-01-17T13:07:16Z".
- 01JE30649W79YV2N0PWRJCP7AQ name "When the brain says 'No!' : an MRI study on the neural correlates of resistance to immoral orders".
- 01JE30649W79YV2N0PWRJCP7AQ pagination urn:uuid:6d75c8bc-0dbb-49da-8b41-aabd3c19c008.
- 01JE30649W79YV2N0PWRJCP7AQ sameAs LU-01JE30649W79YV2N0PWRJCP7AQ.
- 01JE30649W79YV2N0PWRJCP7AQ sourceOrganization urn:uuid:142e968e-611f-44e0-8c81-4ac64dbae132.
- 01JE30649W79YV2N0PWRJCP7AQ type A2.