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Stuff AI CAN'T Do

Can AI tap into my nerve pathways and detect what motion my hand makes ?

What do you think?

Could technology read your nervous system directly and translate your hand’s intended movement into action? Researchers are exploring how signals from nerve pathways can reveal motion intent, with implications for prosthetics and human-machine interfaces.

Background

Current AI and neurotechnology systems interpret signals from nerve pathways to detect intended hand motions, primarily through brain-computer interfaces (BCIs) or peripheral nerve recordings (Nature, 2023). These systems use machine learning to decode electromyographic (EMG) or neural signals associated with motor commands, enabling prosthetic control or digital interaction. Advances in neural decoding algorithms and high-density electrode arrays have improved real-time motion detection, though precision remains limited and calibration is required. This technology is under development for medical rehabilitation and assistive devices; non-invasive versions lag in accuracy compared to implanted solutions.

Status last checked on September 27, 2026.

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Gallery

In the Court of AI Capability
Summary of Findings
Verdict over time
May 2026May 2026May 2026May 2026Jun 2026Jun 2026Jun 2026Jun 2026Jun 2026Jul 2026Jul 2026Jul 2026Jul 2026Jul 2026Jul 2026Aug 2026Aug 2026Aug 2026Aug 2026Aug 2026Sep 2026Sep 2026Sep 2026Sep 2026Sep 2026
Sitting at the Bench Filed · Sep 27, 2026
— The Question Before the Court —

Can AI tap into my nerve pathways and detect what motion my hand makes?

★ The Court Finds ★
▲ Upgraded from Almost
⚖
Yes

The jury found a clear answer in the affirmative.

Jury Tally
2Yes
0Almost
0No
Verdict Confidence
88%
The Court of AI Capability is, of course, not a real court.
But the data is real.
The Case File · Stacked History
Session I · May 2026 No · 83%
Session II · May 2026 No · 85%
Session III · May 2026 Almost · 82%
Session IV · May 2026 Almost · 82%
Session V · Jun 2026 Almost · 79%
Session VI · Jun 2026 In_research · 79%
Session VII · Jun 2026 In_research · 93%
Session VIII · Jun 2026 Almost · 87%
Session IX · Jun 2026 Almost · 79%
Session X · Jul 2026 Almost · 86%
Session XI · Jul 2026 No · 100%
Session XII · Jul 2026 No · 100%
Session XIII · Jul 2026 No · 95%
Session XIV · Jul 2026 Almost · 80%
Session XV · Jul 2026 Almost · 80%
Session XVI · Aug 2026 Almost · 85%
Session XVII · Aug 2026 No · 95%
Session XVIII · Aug 2026 In_research · 88%
Session XIX · Aug 2026 In_research · 87%
Session XX · Aug 2026 Yes · 60%
Session 21 · Sep 2026 Almost · 90%
Session 22 · Sep 2026 Almost · 86%
Session 23 · Sep 2026 Almost · 80%
Session 24 · Sep 2026 Almost · 82%
Case № 93F7 · Session 25
In the Court of AI Capability

The Case File

Docket № 93F7 · Session 25 · Vol. 25
I. Particulars of the Case
Question put to the courtCan AI tap into my nerve pathways and detect what motion my hand makes?
Session25 (25 hearing)
Convened27 Sep 2026
Previously ruledNO (May '26) → NO (May '26) → ALMOST (May '26) → ALMOST (May '26) → ALMOST (Jun '26) → IN_RESEARCH (Jun '26) → IN_RESEARCH (Jun '26) → ALMOST (Jun '26) → ALMOST (Jun '26) → ALMOST (Jul '26) → NO (Jul '26) → NO (Jul '26) → NO (Jul '26) → ALMOST (Jul '26) → ALMOST (Jul '26) → ALMOST (Aug '26) → NO (Aug '26) → IN_RESEARCH (Aug '26) → IN_RESEARCH (Aug '26) → YES (Aug '26) → ALMOST (Sep '26) → ALMOST (Sep '26) → ALMOST (Sep '26) → ALMOST (Sep '26) → YES (Sep '26)
II. Cumulative Tally Across Sessions

Across 25 sessions, 50 jurors have heard this case. Combined tally: 7 YES · 24 ALMOST · 19 NO · 0 IN RESEARCH.

Note: cumulative includes older juror opinions. The current session tally above is the live verdict.

III. Verdict

By a vote of 2 — 0 — 0, the panel returns a verdict of YES, with verdict confidence of 88%. The court so orders. Verdict upgraded from prior session.

IV. Statements from the Bench
Juror I YES

"Neural decoding of hand motion from invasive nerve signals has been demonstrated with deep learning models."

Juror II YES

"AI systems can detect hand motion by interpreting nerve signals (EEG, EMG) and muscle activity using various machine learning models."

—
Presiding Judge
M. Lovelace
Clerk of the Court

What the audience thinks

No 35% · Yes 17% · Maybe 48% 23 votes
No · 35%
Yes · 17%
Maybe · 48%
Trend needs votes from at least 2 different days.

Discussion

no comments

Comments and images go through admin review before appearing publicly.

⚖ 25 jury checks · most recent 5 hours ago
27 Sep 2026 2 jurors · can, can can
21 Sep 2026 1 juror · undecided undecided
16 Sep 2026 1 juror · undecided undecided
11 Sep 2026 1 juror · undecided undecided
05 Sep 2026 1 juror · undecided undecided
31 Aug 2026 1 juror · can can
20 Aug 2026 2 jurors · undecided, cannot undecided
15 Aug 2026 2 jurors · undecided, cannot undecided
09 Aug 2026 1 juror · cannot cannot
04 Aug 2026 2 jurors · undecided, can undecided
29 Jul 2026 2 jurors · undecided, undecided undecided
24 Jul 2026 1 juror · undecided undecided
19 Jul 2026 1 juror · cannot cannot
13 Jul 2026 1 juror · cannot cannot
08 Jul 2026 1 juror · cannot cannot
02 Jul 2026 3 jurors · undecided, cannot, undecided undecided
27 Jun 2026 3 jurors · undecided, cannot, can undecided
22 Jun 2026 3 jurors · undecided, cannot, undecided undecided
16 Jun 2026 2 jurors · cannot, can undecided
11 Jun 2026 2 jurors · cannot, undecided undecided
05 Jun 2026 3 jurors · undecided, cannot, undecided undecided
31 May 2026 3 jurors · cannot, can, undecided undecided
25 May 2026 5 jurors · undecided, cannot, cannot, undecided, undecided undecided
20 May 2026 3 jurors · cannot, cannot, undecided undecided
15 May 2026 3 jurors · cannot, cannot, undecided undecided

Each row is a separate jury check. Jurors are AI models (identities kept neutral on purpose). Status reflects the cumulative tally across all checks — how the jury works.

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