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In a recent Chinese mainland trial, a tetraplegic patient steered a smart wheelchair and a robotic dog using a brain-computer interface, pushing BCI out of labs and into real life.
In 2025, Chinese mainland researchers achieved real-world mind control in invasive BCI trials, enabling wheelchair navigation and robotic commands by thought.
Six hours after a novel electrode implant, paralysis patient Liu Boqi regained finger movement, sparking global optimism in neurotech solutions for spinal injury.
Shanghai team in the Chinese mainland decodes thoughts into fluent Chinese text, enabling mind-to-text communication for speech-impaired patients.
A clinical invasive BCI trial at the Chinese mainland’s CAS let a paralyzed patient control video games with his mind, marking a leap in brain-computer interface innovation.
Tsinghua researchers use portable BCI “magic caps” to decode how live art sparks emotion. Discover the Chinese mainland’s first live performance EEG study unlocking neural insights.
Synchron CEO Tom Oxley says the Chinese mainland is racing ahead in brain-computer interface tech, as his company partners with Apple and eyes AI-driven, seamless BCI systems by 2040s.
The Chinese mainland has launched its first invasive BCI clinical trial, enabling a patient to play games with brain signals—marking a global milestone in neurorehabilitation.
A Chinese semi-invasive BMI system enables an aphasic patient to speak Chinese and helps paralyzed patients control devices through advanced neural technology.
Neuralink has received Health Canada’s approval to conduct its first brain chip implant trials, aiming to help quadriplegic individuals control digital devices through thought.