GROUP LEADER - Prof Sophie Scott
Institute of Cognitive Neuroscience
Alexandra House, 17 Queen Square
London, WC1N 3AZ
We study the neural basis of speech perception using PET and fMRI (picture attached). I use novel forms of speech such as noise vocoded speech to help control for aspects of the speech signal. I also use transformations that remove the intelligibility from speech without alerting the acoustic structure. The transformations are carried out with Praat and Matlab.
VISIT OUR PUBLIC EVENTS PAGE
- Sinead Chen
I am interested in non-verbal emotional vocalizations such as cries and laughs. Physiological measurement is applied to see how our bodies react to the non-verbal emotional expressions, also functional imaging is considered to be used for identifying relevant brain activities.
- Kyle Jasmin
I study the neural systems supporting speech and language as they are used socially, and how these systems function differently in people with autism spectrum disorders. Other interests include the brain basis of linguistic and conceptual knowledge
- César Lima
I am interested in how we communicate and perceive emotions via nonverbal cues, such as speech prosody, facial expressions, and nonverbal vocalizations (e.g., laughter, crying). I am also interested in how we process other kinds of emotional information, such as music. Current research topics include: (a) individual differences in emotion perception due to ageing, musical expertise, neurological conditions, or personality; (b) links between music and vocal emotions; (c) automatic and controlled mechanisms in emotion processing; and (d) perception of emotional authenticity in vocalizations. In my studies, I combine methods and techniques from experimental and cognitive psychology, acoustics, neuropsychology and, more recently, structural and functional MRI.
- Sophie Meekings
Typical speakers are astonishingly good at adapting their voices in response to subtle changes in the acoustic environment. I am interested in this ability and the neural systems underlying it. I am also interested in the often surprising effects that different acoustic environments have on people with dysfluency (stuttering). I am currently investigating the neural basis of energetic and informational masking effects on speech production in typical speakers, with plans to extend this investigation to the population of people who stutter