Marius Moisa

This study shows that the left superior frontal sulcus selectively affects perceptual decision-making but not value-based decisions using fMRI, TMS, and computational models.

This study shows that parietal magnitude representations causally influence risk preferences by increasing noise in small-magnitude encoding, leading to more risk-seeking behavior.

This paper enhances altruism using tACS to increase frontoparietal gamma-band phase coupling during disadvantageous inequality.

This study inhibits inferior frontal cortex activity during affective speech processing and finds it improves decision speed and accuracy for clear speech while reducing cortical activity and increasing fronto-limbic connectivity.

This study investigates shared neural mechanisms between imagined and perceived egocentric motion using GVS and fMRI, finding overlap in brain areas involved in vestibular processing and mental rotation.

This study uses tACS-fMRI to show that power-synchronized neural activity increases resting state fMRI connectivity, providing causal evidence for the role of power fluctuations in forming RSNs.