Ryota Kanai's banner
Ryota Kanai's profile picture

Ryota Kanai

@kanair • 10,242 subscribers

CEO of Araya: https://t.co/os1GKxTrsd Consciousness Scientist: https://t.co/q6uxCveOHK, Funding Neurotech: https://t.co/0BLUmfFdhS

Shorts

I tried our own BMI + Mixed Reality robot control at Araya for the first time today. This system was built by Kai Arulkumaran , RousslanDossa and the team. It was an amazing experience. I could intuitively pick up a mug just by imagining the action. Still some rough edges, but seeing EEG + gaze seamlessly drive a robot end-to-end was a powerful experience. Even with non-invasive EEG, it truly felt like experiencing a BMI.

I tried our own BMI + Mixed Reality robot control at Araya for the first time today. This system was built by Kai Arulkumaran , RousslanDossa and the team. It was an amazing experience. I could intuitively pick up a mug just by imagining the action. Still some rough edges, but seeing EEG + gaze seamlessly drive a robot end-to-end was a powerful experience. Even with non-invasive EEG, it truly felt like experiencing a BMI.

13,468 Aufrufe

Videos

LIVE
1.2k

Anya Rossi

sweetdream.ai

SweetDream.aiSponsored•Livecam
Streaming Now

Watch Anya Live

Anya is streaming live right now! Join her private show and enjoy exclusive content.

HD live stream
Exclusive private shows
1.2k viewers online

Free preview available • Premium content

This is what our Osaka University team is developing in our Moonshot Internet of Brains Project. Unlike Synchron’s Stentrode, this technology can access thinner and more fragile cortical veins. By navigating into smaller vessels, it can record neural activity from a wider range of brain regions. So far, successful in pigs, and we aim to bring it to humans in the coming years.
2:50
kanair's profile picture

This is what our Osaka University team is developing in our Moonshot Internet of Brains Project. Unlike Synchron’s Stentrode, this technology can access thinner and more fragile cortical veins. By navigating into smaller vessels, it can record neural activity from a wider range of brain regions. So far, successful in pigs, and we aim to bring it to humans in the coming years.

Ryota Kanai

28,771 Aufrufe • vor 1 Jahr

Keine weiteren Inhalte verfügbar