Row 4106

Row ID: 4106 | Dataset Entry | Axioma AXP Content Repository

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> Braingate the nearest competitor used surface electrode grids precisely because they could not find a way to emplace electrodes deep into the brain without damaging the blood vessels and neurons

Setting aside any argument that Braingate is the closest competitor, I'd like to point out that the cerebral cortex has always been the target for this sort of application, and that the cortex is only a few millimeter thick. Utah arrays reach just fine.

Neuralink's an advance. It's helping get this tech into the market. It's not a quantum leap. The biggest differences are the funding and public acceptance.

FieldValue
text > Braingate the nearest competitor used surface electrode grids precisely because they could not find a way to emplace electrodes deep into the brain without damaging the blood vessels and neurons Setting aside any argument that Braingate is the closest competitor, I'd like to point out that the cerebral cortex has always been the target for this sort of application, and that the cortex is only a few millimeter thick. Utah arrays reach just fine. Neuralink's an advance. It's helping get this t…
label r/neuralink
dataType comment
communityName r/Neuralink
datetime 2024-04-02
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Raw Record

{
  "text": "> Braingate the nearest competitor used surface electrode grids precisely because they could not find a way to emplace electrodes deep into the brain without damaging the blood vessels and neurons\n\nSetting aside any argument that Braingate is the closest competitor, I'd like to point out that the cerebral cortex has always been the target for this sort of application, and that the cortex is only a few millimeter thick. Utah arrays reach just fine.\n\nNeuralink's an advance. It's helping get this tech into the market. It's not a quantum leap. The biggest differences are the funding and public acceptance.",
  "label": "r/neuralink",
  "dataType": "comment",
  "communityName": "r/Neuralink",
  "datetime": "2024-04-02",
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}
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