
Retinal Implants Move From Lab to Market
A new commercial retinal implant challenges the boundary between biological sight and digital translation, forcing healthcare to rethink how we treat blindness.
Discover the newest research about AI innovations in 🧠Brain-Computer Interfaces.

A new commercial retinal implant challenges the boundary between biological sight and digital translation, forcing healthcare to rethink how we treat blindness.

A new brain-computer interface does more than bypass spinal cord injuries; it might actually help heal them.

Getting a prescription for the world’s most sought-after weight-loss drugs has devolved into a frictionless, five-minute checkout process.

Neuroengineering advances in AI and neural interfaces tackle Alzheimer’s and Parkinson’s, enhancing diagnostics and treatment. 🧠💡

Revolutionary myoelectric control: T-sDTW-CIIL boosts success rates to 98.4% and increases throughput by up to 3.7x! 🚀💪

Enhancing SSVEP-BCI performance with Pyramid Squeeze Attention: A deep neural network approach. 📊ðŸ§

RMETNet enhances MI-EEG classification, achieving 71.39% accuracy across subjects. Key features include TSLANet and Riemannian geometry. 📊ðŸ§

Smartwatches may aid in monitoring brain health. Research shows they can predict emotional and cognitive changes. 📊ðŸ§

Innovative brain tumor classification using ResNet101 and multi-scale attention shows 95% accuracy! 🧠📊

Robotic rehab boosts stroke recovery: improved hand strength, dexterity, and ROM. Key gaps remain in cost and accessibility. 🤖💪