Research Articles
The Rhythm of Recovery: How Music Technology is Revolutionizing Stroke Rehabilitation
Exploring how Rhythmic Auditory Stimulation combined with intelligent technologies is transforming post-stroke recovery through enhanced neuroplasticity and personalized rehabilitation.
In Vivo Microelectrode Arrays: Listening to the Brain's Symphony
Explore how in vivo microelectrode arrays enable neuroscientists to decode neural signals with unprecedented resolution and scale, opening new frontiers in understanding brain function.
New Brain Institutes: Building the Future of Neuroscience Against All Odds
Exploring how ambitious brain institutes are revolutionizing neuroscience through collaborative research and innovative approaches to understanding the human brain.
Mind Over Matter: How Brain-Machine Interfaces Are Revolutionizing Neurological Rehabilitation
Explore how brain-machine interfaces are transforming neurological rehabilitation through direct brain-computer communication and neuroplasticity.
The Connected Mind: How Your Brain Could Join the Internet of Thoughts
Explore how pervasive brain monitoring, powered by multi-tier computing and Linked Data, is creating the infrastructure for a future where brain-aware technology is commonplace.
Mind to Machine: The Science of Brain-Computer Interfaces
Explore the fascinating world of brain-machine interfaces and how they're revolutionizing human-computer interaction through direct neural connections.
When Fashion Reads Your Mind: The Rise of Brain-Computer Interface Art
Explore how brain-computer interfaces are transforming artistic expression through fashion that responds to your thoughts and cognitive states.
BrainGate: Turning Thought into Action
Explore BrainGate technology - a revolutionary brain-computer interface that bridges the gap between thought and action for people with paralysis and spinal cord injuries.
Thought to Text: How Neuroscience is Creating a New Generation of Assistive Devices
Explore how neuroscience technology is revolutionizing assistive devices through brain-computer interfaces and neural signal decoding.
Orchestrating Robots with Mind and Music: How Audio-Visual Feedback is Revolutionizing Brain Control
Discover how combining audio-visual feedback is creating more intuitive brain-controlled robots through synchronized sensory experiences.