Brain chips/computer interface
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- Brain chips/computer interface
- Transparent brain implant can read deep neural activity from the surface
- "The neural network model is trained to learn the relationship between the surface electrical recordings and the calcium ion activity of the neurons at depth,"
- 2544  0
- Brain chips/computer interface
- Neuralink Gets Oked To Recruit For Human Trials
- "We are happy to announce that we’ve received approval from the reviewing independent institutional review board and our first hospital site to begin recruit.."
- 5187  0
- Brain chips/computer interface
- With training, people in mind-controlled wheelchairs can navigate normal, cluttered spaces
- "We show that mutual learning of both the user and the brain-machine interface algorithm are both important for users to successfully operate such wheelchairs,"
- 9204  0
- Brain chips/computer interface
- Engineers light the way to nerve-operated prosthetics of the future
- A multi-disciplinary team at UNSW has found a way to convert nerve impulses into light, opening the way for more scalable neural implants.
- 9812  0
- Brain chips/computer interface
- Transparent brain implant can read deep neural activity from the surface
- "The neural network model is trained to learn the relationship between the surface electrical recordings and the calcium ion activity of the neurons at depth,"
- 2544  0
- Brain chips/computer interface
- Neuralink Gets Oked To Recruit For Human Trials
- "We are happy to announce that we’ve received approval from the reviewing independent institutional review board and our first hospital site to begin recruit.."
- 5187  0
- Brain chips/computer interface
- With training, people in mind-controlled wheelchairs can navigate normal, cluttered spaces
- "We show that mutual learning of both the user and the brain-machine interface algorithm are both important for users to successfully operate such wheelchairs,"
- 9204  0
- Brain chips/computer interface
- Engineers light the way to nerve-operated prosthetics of the future
- A multi-disciplinary team at UNSW has found a way to convert nerve impulses into light, opening the way for more scalable neural implants.
- 9812  0
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