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Verification register Energy, Climate, Space & Materials

Readiness verdict

Macroscopic Uniform 2D Moiré Superlattices (Stanford/Fang Liu)

A dated reading of what is claimed, reported, and independently verified in the current evidence.

As of
2026-06-28
Revision
1
Method
v1.0.0

Current reading

The readiness gap, in one scan

AI-assisted assembly · derived results

Claimed
35

Public ambition and stated capability

Reported
34

Observed practitioner reporting

Verified
31

Independently supported evidence

Gap
+4

Claimed minus verified

Evidence strength Growing

Decision

What the current evidence supports

Human editorial judgment · 2026-06-28

Track; not yet

Why
A high-quality, peer-reviewed JACS result that genuinely solves the size/contamination/yield bottleneck of moiré fabrication, but it remains a materials-synthesis advance at the bench with no device-level or fab-line maturity yet.
Next
Track adoption by other groups and any move from cm-scale samples to patterned devices; revisit when the achieved twist-angle precision is quantified (vs the ±0.1° requirement) and a functional device — not just an ARPES signature — is shown.

Constraints

Blockers

No named blocker is present in the current public projection.

Evidence summary

Derived counts

AI-assisted assembly

Total
6
Tier 1
3
Tier 2
0
Tier 3
3
Supports
2
Contradicts
1
Context
3
Latest observed
2026-01-19

Counts and dates only. Raw signals, private excerpts, trust records, and internal corpus material are not published here.

Publication record

Revisions

Initial public reading

This is the initial public reading. No earlier readiness change is recorded.

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