The neural correlates of chills: How bodily sensations shape emotional experiences
Understand the neural correlates of chills and learn how specific brain regions interact to create this peak emotional response.
High-Density EEG for real-time personalized neurofeedback
Mapping the neural correlates of discrete states of consciousness
Measuring plasticity as a function of experience
Non-invasive neuromodulation for inducing discrete phenomenology
Non-pharmacologcal interventions capable of generating non ordinary experiences
Patterns permit for prognosis and personalization.
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Understand the neural correlates of chills and learn how specific brain regions interact to create this peak emotional response.
Ever wondered why some people are more prone to chills from music or art? Our study dives into the science of predicting chills.
Is the brain at birth (and before) capable of conscious experience? This latest article dives in.
New research reveals fetal brain complexity decreases after birth, with sex differences impacting development.
Does cannabis affect your brain like classic psychedelics? We examine the neuroscience of THC, LSD, and the meaning of ‘psychedelic’.