The paper presents fMRI results from experiments of subjects listening to musical stimuli. In this study we examine the neural correlates of tonality by presenting a set of stimuli with key changes of different distances along the circle-of-fifths, along with atonal control stimuli. Results are presented using both conventional statistical analysis across subjects, together with experiments using support vector machines. We find that a number of areas are significantly more active for tonal than atonal processing, and further that the response is significantly stronger in some of these areas for more distant key changes
The generality of findings implicating secondary auditory areas in auditory imagery was tested by us...
Consonant and dissonant pitch relationships in music provide the foundation of melody and harmony, t...
International audienceRhythmic entrainment is an important component of emotion induction by music, ...
Music is used as an important medium for communication in human societies, often times to enhance th...
Low-level (timbral) and high-level (tonal and rhythmical) musical features during continuous listeni...
The series of experiments presented in this dissertation elucidates the perceptual and cognitive pro...
In this study, 64-channel single trial auditory brain oscillations (STABO) have been firstly analyze...
Previous studies have demonstrated changes in neuronal activity in trained musicians relative to con...
The neuroanatomical correlates of temporal structure and expectancies in music were investigated usi...
AbstractAlthough a consensus is emerging in the literature regarding the tonotopic organisation of a...
The present research investigated differences in the brain dynamics of continuous, real-world musi...
Interest towards higher ecological validity in functional magnetic resonance imaging (fMRI) experi...
Our overall aim was to examine brain responses to different experiences of time in music with a part...
Working memory (WM) is at the core of any cognitive function as it is necessary for the integration ...
The ability to predict upcoming structured events based on long-term knowledge and contextual priors...
The generality of findings implicating secondary auditory areas in auditory imagery was tested by us...
Consonant and dissonant pitch relationships in music provide the foundation of melody and harmony, t...
International audienceRhythmic entrainment is an important component of emotion induction by music, ...
Music is used as an important medium for communication in human societies, often times to enhance th...
Low-level (timbral) and high-level (tonal and rhythmical) musical features during continuous listeni...
The series of experiments presented in this dissertation elucidates the perceptual and cognitive pro...
In this study, 64-channel single trial auditory brain oscillations (STABO) have been firstly analyze...
Previous studies have demonstrated changes in neuronal activity in trained musicians relative to con...
The neuroanatomical correlates of temporal structure and expectancies in music were investigated usi...
AbstractAlthough a consensus is emerging in the literature regarding the tonotopic organisation of a...
The present research investigated differences in the brain dynamics of continuous, real-world musi...
Interest towards higher ecological validity in functional magnetic resonance imaging (fMRI) experi...
Our overall aim was to examine brain responses to different experiences of time in music with a part...
Working memory (WM) is at the core of any cognitive function as it is necessary for the integration ...
The ability to predict upcoming structured events based on long-term knowledge and contextual priors...
The generality of findings implicating secondary auditory areas in auditory imagery was tested by us...
Consonant and dissonant pitch relationships in music provide the foundation of melody and harmony, t...
International audienceRhythmic entrainment is an important component of emotion induction by music, ...