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An e-tattoo printed with a special ink directly onto a patient's scalp to measure brainwaves acts as a sensor for EEG.

A brain-computer interface (BCI) startup has developed and tested an eye implant meant to help people who have lost their ability to see well.

Cambridge develops biohybrid neural implant to restore limb function, combining flexible electronics and stem cells.

Two major advancements dominate August’s neurotech developments: China’s first closed-loop MRI-based brain interface enables real-time neural decoding and modulation, while DeepMind alumni-led Inherent demonstrates AI’s growing research capabilities by outperforming larger models in scientific replication tasks. These innovations coincide with platform updates from major AI players.

Columbia University researchers show how brain signals can guide a device to amplify chosen conversations while reducing others in real time.

Small wireless brain implant offers new hope for millions of Americans with depression that does not improve after multiple standard treatments.

Flexible printed devices produce realistic signals that activate real neurons and point toward efficient brain-inspired computing.

New implantable device enables typing speeds close to normal by decoding imagined finger movements, offering hope beyond slow eye-tracking systems.

Scientists unveil a wireless brain chip thinner than hair, transmitting data 100x faster to AI. The breakthrough implant targets new treatments for epilepsy, paralysis, and blindness.

The Biological Interface System to Cortex uses a paper-thin silicon chip to provide a minimally invasive and high-bandwidth link between the human brain and external computers.