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Precision Neuroscience Study Explores First Human Recipients of Its Minimally Invasive Brain-Computer Interface

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Potential Breakthrough in Brain—Computer Interface Research

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Press

This Company Says Its Brain Implant is Better Than Elon Musk's

Students Hack Their Way Into the Future of Brain-Computer Interfaces

Medtronic and Neuralink Rival Precision Form Partnership

Breakthrough Brain-Computer Interface Is Minimally Invasive

10 Predictions for 2026

Precision Neuroscience inks partnership with venture fund backed by spinal cord injury advocates

This Company Says Its Brain Implant is Better Than Elon Musk's

Students Hack Their Way Into the Future of Brain-Computer Interfaces

Medtronic and Neuralink Rival Precision Form Partnership

Breakthrough Brain-Computer Interface Is Minimally Invasive

10 Predictions for 2026

Precision Neuroscience inks partnership with venture fund backed by spinal cord injury advocates

Company News

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Precision Neuroscience™ and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform

Precision Neuroscience Recognized for Innovation and Responsible Technology with Two Industry Awards

Precision Neuroscience and SCI Ventures Partner to Bring Brain–Computer Interfaces to People Living with Paralysis

Precision Neuroscience and SCI Ventures Partner to Bring Brain—Computer Interfaces to People Living with Paralysis

Precision Neuroscience Named to Fast Company’s Next Big Things in Tech List

Precision Neuroscience Reports First High-Bandwidth Brain-Computer Interface Achieved without Open Surgery

Precision Neuroscience™ and Medtronic Partner to Integrate Layer 7 Brain–Computer Interface with Medtronic Neurosurgical Platform

Precision Neuroscience Recognized for Innovation and Responsible Technology with Two Industry Awards

Precision Neuroscience and SCI Ventures Partner to Bring Brain–Computer Interfaces to People Living with Paralysis

Precision Neuroscience and SCI Ventures Partner to Bring Brain—Computer Interfaces to People Living with Paralysis

Precision Neuroscience Named to Fast Company’s Next Big Things in Tech List

Precision Neuroscience Reports First High-Bandwidth Brain-Computer Interface Achieved without Open Surgery

Research

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Initial Experience with the Precision Neuroscience Layer 7 Micro-Electrocorticography Interface for Real-Time Intraoperative Neural Decoding

First-in-Human Experience Performing High-Resolution Cortical Mapping Using a Novel Microelectrode Array Containing 1,024 Electrodes

Initial Experience with the Precision Neuroscience Layer 7 Micro-Electrocorticography Interface for Real-Time Intraoperative Neural Decoding

First-in-Human Experience Performing High-Resolution Cortical Mapping Using a Novel Microelectrode Array Containing 1,024 Electrodes

Initial Experience with the Precision Neuroscience Layer 7 Micro-Electrocorticography Interface for Real-Time Intraoperative Neural Decoding

First-in-Human Experience Performing High-Resolution Cortical Mapping Using a Novel Microelectrode Array Containing 1,024 Electrodes

Videos

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Introduction to Precision Neuroscience

Introduction to Precision Neuroscience