One day, we may all have brain chips to help remember where our keys are: scientists
Kahana's research shows potential for brain stimulation to significantly improve memory recall.
New AI can ID brain patterns related to specific behavior
The new AI algorithm DPAD can effectively dissociate brain patterns tied to specific behaviors, enhancing brain-computer interfaces.
United States sets the pace for implantable brain-computer interfaces
The U.S. is a leader in implantable brain-computer interface research due to regulatory clarity and investment, yet concerns over global equity remain.
Werner Herzog Turns His Lens on the Brain
Werner Herzog's documentary explores consciousness and innovative neurotechnologies without providing clear definitions of thoughts or consciousness itself.
Neurotechnology race ramps up, but fundamental questions remain
Neuroscience is advancing rapidly, yet fundamental questions about brain functions and treatment options for disorders remain largely unresolved.
Mind-reading devices are revealing the brain's secrets
BCIs are powered by thought alone and help people with paralysis perform tasks like moving a prosthetic arm or controlling a speaking avatar.
BCIs give insights into brain organization, challenging assumptions about brain anatomy and helping improve the devices.
One day, we may all have brain chips to help remember where our keys are: scientists
Kahana's research shows potential for brain stimulation to significantly improve memory recall.
New AI can ID brain patterns related to specific behavior
The new AI algorithm DPAD can effectively dissociate brain patterns tied to specific behaviors, enhancing brain-computer interfaces.
United States sets the pace for implantable brain-computer interfaces
The U.S. is a leader in implantable brain-computer interface research due to regulatory clarity and investment, yet concerns over global equity remain.
Werner Herzog Turns His Lens on the Brain
Werner Herzog's documentary explores consciousness and innovative neurotechnologies without providing clear definitions of thoughts or consciousness itself.
Neurotechnology race ramps up, but fundamental questions remain
Neuroscience is advancing rapidly, yet fundamental questions about brain functions and treatment options for disorders remain largely unresolved.
Mind-reading devices are revealing the brain's secrets
BCIs are powered by thought alone and help people with paralysis perform tasks like moving a prosthetic arm or controlling a speaking avatar.
BCIs give insights into brain organization, challenging assumptions about brain anatomy and helping improve the devices.
Brain-Computer Interfaces Boosted by Novel AI Algorithm
AI algorithms are pivotal in enhancing brain-computer interfaces by decoding complex brain activity into actionable behaviors.
Brain-computer interfaces tap AI to enable a man with ALS to speak
Brain-computer interfaces enable paralyzed individuals to regain communication and movement by interpreting brain signals with remarkable accuracy.
How I peer into the geometry behind computer vision
AI research focuses on developing theoretical foundations and applications, particularly in brain-computer interfaces to aid movement for paralyzed individuals.
Brain-Computer Interfaces Could Get A Significant Boost From AI
Brain-computer interfaces restore lost functions in paralyzed individuals, including speech through advanced neural signal interpretation and AI technology.
Brain-Computer Interfaces Boosted by Novel AI Algorithm
AI algorithms are pivotal in enhancing brain-computer interfaces by decoding complex brain activity into actionable behaviors.
Brain-computer interfaces tap AI to enable a man with ALS to speak
Brain-computer interfaces enable paralyzed individuals to regain communication and movement by interpreting brain signals with remarkable accuracy.
How I peer into the geometry behind computer vision
AI research focuses on developing theoretical foundations and applications, particularly in brain-computer interfaces to aid movement for paralyzed individuals.
Brain-Computer Interfaces Could Get A Significant Boost From AI
Brain-computer interfaces restore lost functions in paralyzed individuals, including speech through advanced neural signal interpretation and AI technology.
Thoughts control Alexa while OpenAI's o1-preview 'excels'
Brain-computer interfaces are advancing accessibility in technology, enabling hands-free control over devices for individuals with disabilities.
OpenAI's new model demonstrates significant improvements in reasoning and coding capabilities, indicating a leap forward in AI functionalities.
First-Year Student Awarded for Human Brain-Computer Interface Research - News Center
Dillan Prasad, a first-year medical student at Feinberg, awarded for outstanding research in brain-computer interfaces for bionic arms to restore motor and sensory function.
China puts homegrown AI infrastucture on its to do list
China aims to become a world-leading source of AI infrastructure by 2027.
Beijing has listed facilities and technologies, including an 'ultra-large-scale new intelligent computing center', as important for a technologically advanced future economy.
China Rolls Out Ethical Guidance for BCI Research
China's Ministry of Science and Technology has issued ethical guidelines for brain-computer interfaces (BCIs).
The guidelines focus on protecting health, respecting research subjects, and ensuring equity and safety.
China puts homegrown AI infrastucture on its to do list
China aims to become a world-leading source of AI infrastructure by 2027.
Beijing has listed facilities and technologies, including an 'ultra-large-scale new intelligent computing center', as important for a technologically advanced future economy.
China Rolls Out Ethical Guidance for BCI Research
China's Ministry of Science and Technology has issued ethical guidelines for brain-computer interfaces (BCIs).
The guidelines focus on protecting health, respecting research subjects, and ensuring equity and safety.