High-bandwidth neural interfaces augment brain functions
Target: see linked record
PENDING · At deadline: NOT DUE · By review: PARTLY FULFILLED
K032 →Retain functional neural-augmentation scope rather than any BCI demonstration.
Outcome judgments are completed on the linked source-matched criteria. Preserve the original wording/date and this reconciliation; do not represent a corrected scope as a verbatim import.
Target: see linked record
PENDING · At deadline: NOT DUE · By review: PARTLY FULFILLED
K032 →Excluded from aggregate author accuracy. Conditional wording and related canonical versions are never counted twice.
A link can identify a related version, split claim, or unresolved attribution; it does not establish equivalence.
K032High-bandwidth neural interfaces augment brain functionsDisposition sources: P02
“2029 computers will communicate through direct neural pathways”【63†L382-L389】
1999 · Attribution / year unconfirmed
Page, edition, or timestamp not yet established
Supplied target wording: 2029. No confirmed date is used in calculations. Forecast horizon: not established. Drift is a calendar-year difference, not a precise elapsed duration.
Legacy ratings are preserved in the source package. They have not been accepted as evidence for this assessment.
A related breakthrough is not automatically fulfillment. Review must check the actual capability, how widely it was required to be used, the specified technology, and the original deadline. A prototype cannot establish a claim about routine or widespread use.
Imported research lead only. Verify attribution, deadline, scope and outcome; do not inherit the legacy score. Draft category needs review.
— Evidence v0.2: Retain functional neural-augmentation scope rather than any BCI demonstration.
— CANONICALIZE: Retain functional neural-augmentation scope rather than any BCI demonstration. Original record retained; no automatic redirect or score inherited.
No forecast family has been resolved for this record. Related statements and revised deadlines will be linked during research.