Explore the fascinating world of brainstem neuromodulation and how it controls everything from breathing to movement, with insights into cutting-edge medical applications.
Explore the revolutionary science of episodic memory - how our memories are constructed, not recorded, and what this means for neuroscience and AI.
Exploring the scientific distinction between pain and suffering, their neurological basis, and implications for modern pain management.
Explore how systems biology and network theory are transforming our understanding of epilepsy as a brain-wide network disorder rather than a localized malfunction.
Exploring the neurochemical basis of consciousness through neurotransmitters, brain networks, and landmark experiments in neuroscience.
Exploring the genetic, neurotransmitter, and neuroanatomical foundations of schizophrenia through cutting-edge research and data visualization.
Exploring Paul Broca's pioneering work on cerebral hemodynamics and how it foreshadowed modern neuroimaging technologies like fMRI and fNIRS.
Explore how epigenetic mechanisms explain how stress can reshape brain network function and contribute to schizophrenia development.
Explore Roger Sperry's groundbreaking split-brain research that revealed the specialized functions of our cerebral hemispheres and transformed neuroscience.
Explore how music neurotechnology merges neuroscience, technology, and music to create tools for understanding and healing the human brain.