Joydeep Bhattacharya

This study investigates how cardiac rhythms influence creative ideation by analyzing cardiac-brain interactions during spontaneous and directed idea generation.

This study shows that motor imagery performance is influenced by cardiac cycle phases, with greater alpha and beta suppression during diastole.

The paper examines neural activity during musical improvisation and interpretation in professional pianists, identifying brain regions associated with different types of musical creativity.

The paper demonstrates that neuronal dominance in the auditory cortex can predict and influence visual perception during audio-visual conflict using magnetoencephalography and neurofeedback experiments.

This study links brain network flexibility to cognitive development in preschool children using MEG data and connectome predictive modeling.

The paper investigates how cardiac afferent signals influence early neural responses to errors during skilled performance, finding a cardiac-phase-dependent component in error processing.