brain-computer interface

A man with ALS is participating in a clinical trial at Johns Hopkins Medicine testing a brain-computer interface (BCI) to control smart-home devices using brain signals. The BCI achieved 90% accuracy in executing commands like adjusting lights and television without movement or speech, maintaining performance for three months.

A man with ALS is participating in a clinical trial at Johns Hopkins Medicine testing a brain-computer interface (BCI) to control smart-home devices using brain signals. The implanted BCI achieved a 90% accuracy rate over three months, allowing the patient to operate lights and a television without movement or speech.

A man with ALS, Tim Evans, is participating in a Johns Hopkins Medicine clinical trial using a brain-computer interface (BCI) to control smart-home devices through brain signals. The BCI achieved 90% accuracy over three months without retraining, offering potential quality-of-life improvements for ALS patients.

Researchers have developed a less-invasive ultrasound technique to decode the brain's intentions. The method aims to read neural activity without requiring surgical implants, potentially advancing brain-computer interface technologies.

China has approved a brain-computer interface called NEO for commercial medical use to help patients with spinal cord injuries control devices via thought. Developed by Tsinghua University and Neuracle Technology, the implant sits on the brain's protective layer, offering a less invasive design compared to deeper implants like Neuralink's. The technology raises questions about data privacy and security.

An AI startup, Subquadratic, claims to have solved a decade-long mathematical bottleneck in large language models, reducing computational needs and energy use. Brain-computer interface (BCI) trials are expanding, with China approving the first BCI for medical use and a case study highlighting its impact on an ALS patient.

Casey Harrell, a man with ALS, uses a brain-computer interface (BCI) to communicate, work, and engage online. The University of California, Davis team has improved the device's accuracy and added features like privacy mode. China recently approved a BCI for medical use, and trials are expanding globally.

Casey Harrell, an ALS patient, is the first 'power user' of a brain-computer interface (BCI) that enables speech and web navigation. South Koreans exhibit strong optimism about AI, with 50% of Americans expressing concern compared to 16% in South Korea, reflecting the country's tech-driven modernization ethos.

Casey Harrell, a man with ALS, has used a brain-computer interface (BCI) for over 3,800 hours to communicate, surf the web, and work independently. The implant, developed by a UC Davis research team, decodes neural activity into speech and was detailed in a study published in Nature Medicine.

China has approved the world’s first invasive brain-computer interface, the NEO implant, enabling paralyzed patient Dong Hui to write using his thoughts. The milestone accelerates China’s push for global leadership in brain implants, while other tech updates include Nvidia’s AI chip for PCs, US export restrictions on AI chips to China, and pig organ transplants in humans.

China approved the world’s first invasive brain-computer interface (BCI) device, NEO, for patients with spinal cord injuries. The implant, developed by Neuracle Technology and Tsinghua University, enabled a paralyzed man to regain limited hand mobility after 11 months of rehabilitation.

Gestala, a brain-computer interface firm, is planning for growth. The company focuses on advancing technology that connects the brain with digital systems.