Explore how induced pluripotent stem cells and brain organoids are transforming research into Alzheimer's, Parkinson's, and other neurodegenerative diseases.
Explore how cochlear implants became the first successful human-brain machine interface, their technological breakthroughs, and future potential in neurotechnology.
Explore how the 2009 refocusing of JCN on systems neuroscience revolutionized our understanding of the brain's neural circuits and decision-making processes.
Explore how neurophotonics and optical technologies are transforming our understanding of the brain through advanced imaging and control techniques.
Discover how scientists are transforming stem cells from human fat into neuron-like cells that could potentially treat Alzheimer's disease and other neurological disorders.
Discover how AAV-PHP.S viral vector technology is transforming neuroscience research by enabling precise targeting of cranial ganglion sensory neurons.
Explore how diffusion MRI technology maps the brain's neural pathways through water molecule tracking, revolutionizing neuroscience and clinical diagnostics.
Explore the groundbreaking field of bioelectronic medicine - using electronic devices to interface with the body's electrically active tissues to treat and manage disease.
Discover how parallel processing models transform massive MRI datasets into precise diagnostic tools for brain disease diagnosis.
Explore the fascinating science of pattern recognition, from neural ensembles in our brains to sophisticated algorithms teaching machines to understand our world.