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Full-Text Articles in Neuroscience and Neurobiology
The Action-Perception Of Musical Rhythm: A Review Of Eeg Findings, Jordan Anderson
The Action-Perception Of Musical Rhythm: A Review Of Eeg Findings, Jordan Anderson
Summer Research
Electroencephalography (EEG) research has the potential to illuminate questions of connectivity and temporal dynamics during musical rhythm perception. The phenomenon of sensorimotor synchronization observed when humans time their movements to rhythmic auditory stimuli reveals that these actions predict, rather than respond, to the beat. The phase entrainment of oscillatory activity measured by EEG and predictive modulation of beta band power offer cognitive insights to the auditory-motor relationship. Two main approaches exist to understand beat perception: motor simulation theories and dynamical systems theories. The study of mu wave suppression, considered a marker for mirror activity, has the potential to elucidate the …
Eeg Study Of The Featural And Configural Components Of Face Perception, Heather Rose Stegman
Eeg Study Of The Featural And Configural Components Of Face Perception, Heather Rose Stegman
Summer Research
Prior research using functional magnetic resonance imaging (fMRI) suggests that facial features (i.e. eyes, nose, and mouth) and their configuration (i.e. T-shaped arrangement of features) are processed in different face-specific brain regions. However, precise response time of featural and configural face processing is unknown. Featural processing may occur before configural processing, or configural processing may occur before featural processing; conversely, they may occur simultaneously. Here, using the electroencephalography (EEG), we will examine the face-specific event related potential (ERP), the N170, to analyze temporal differences between featural and configural face processing.
Effect Of Out-Group Exposure On The Mirror Neuron System, Mackenzie Hepker
Effect Of Out-Group Exposure On The Mirror Neuron System, Mackenzie Hepker
Summer Research
Mirror neurons appear to play an important role in the experience of empathy, and may be critical for understanding the social signals of others in an interactive context between distinctly identified groups. Research has shown that mirror neuron activation is greater when observing in-group members (others that one most identifies with based on a certain factor or number of factors) as opposed to out-group members, which may implicate the mirror neuron system (MNS) in the neural aspect of social bias. However, no research had been conducted on the effect on the MNS of practice in interpreting and internalizing social signals …