Grad student, Alessia Iancarelli, was awarded a PsiChi Grant to study aggression!

Alessia is studying how emotions influence attitudes toward punishment and aggression. While much research focusses on the psychological causes and consequences of aggression between perpetrators and targets, often overlooked is the crucial role of 3rd party observers (3POs), who can have direct influences on the parties involved (e.g., as jury members) or whose attitudes constitute whether and how society condones aggression and violence in general. Her work will examine whether, and in which situations, anger increases the degree to which people condone punishment toward others.  Congrats Alessia!

New Paper – Ultra High Field fMRI of Human Superior Colliculi Activity during Affective Visual Processing, January 2020

Check out this new article in Nature’s Scientific Reports journal! Research was conducted by Candice Wang (now at Duke University for graduate school) for her senior thesis, and in collaboration with Dr. Bianciardi’s Brain Stem Imaging Lab at the Martinos Center. This article used high-resolution fMRI to examine the role of the superior colliculus in subjective emotional experience.

Previously, research in rodents and non-human primates has shown the involvement of the superior colliculus in defensive behavior and visual threat detection, but research in humans has only concluded that the superior colliculus has a role in saccade and visual processing. The study utilized high-resolution fMRI scanning to examine activity in the superior colliculus while subjects viewed either neutral or aversive images. Aversive images elicited stronger activity in the superior colliculus, suggesting that the region contributes to the shaping of subjective emotional experience in addition to its role in visuomotor function in humans. This helps bridge the gap between affective research in humans and non-human model organisms.

Wang, Y.C., Bianciardi, M., Chanes, L., & Satpute, A. B. (2020). Ultra High Field fMRI of Human Superior Colliculi Activity during Affective Visual Processing. Scientific Reports 10:1331.