EPFL Develops LogSync Neural Chip to Decode Brain Region Interactions in Real Time

1 reports archived1 independent sourcesupdated 10/24/2026, 23:57:17

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EPFL researchers have developed the LogSync implantable neural chip, which tracks communication across brain regions to identify cognitive and emotional states in real time. The device addresses limitations in existing Deep Brain Stimulation (DBS) systems that often rely on single-region signals, offering a hardware foundation for adaptive closed-loop treatment of psychiatric disorders.

LATEST/EPFL researchers have developed the LogSync implantable neural chip, which tracks communication across brain regions to identify cognitive and emotional states in real time. The device addresses limitations in existing Deep Brain Stimulation (DBS) systems that often rely on single-region signals, offering a hardware foundation for adaptive closed-loop treatment of psychiatric disorders.

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Hacker News AIT2Oct 24, 23:57·68 pts
EPFL Develops LogSync Neural Chip to Decode Brain Region Interactions in Real Time
- The LogSync chip measures approximately 4x2 mm, featuring high integration for implantation
- Enables real-time decoding of cognitive and emotional states via multi-region signal fusion
- Addresses the limitation of traditional DBS systems relying on single-point signals without adaptability
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