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Verification register Energy, Climate, Space & Materials

Readiness verdict

TSMC/NYCU 0.42 nm Epitaxial Al2O3 Interface for MoS2 Transistors

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

As of
2026-08-20
Revision
1
Method
v1.3.0

Current reading

Readiness band and full integer triple

AI-assisted assembly · derived results

Readiness band

Emerging

Primary summary from verified readiness

Confidence
70% · fresh
Computed at
2026-08-20T10:55:58.837697+00:00
Claimed
25

Public ambition and stated capability

Reported
24

Observed practitioner reporting

Verified
21

Independently supported evidence

Gap
+4

Claimed leads verified

Evidence strength Strong

Decision

What the current evidence supports

Human editorial judgment · 2026-08-20

Track; not yet

Why
Peer-reviewed in Nature Electronics with concrete numbers (0.42 nm buffer, ~1 nm EOT, 0.45 mS/um), so the physics claim is credible and Crossref-verifiable — but the same sources name contact resistance, wafer-scale growth and uniformity as open, and the authors themselves decline manufacturing readiness. Nothing here is adoptable; it is a leading indicator for the post-silicon channel transition.
Next
Re-probe on two triggers: (a) any 300 mm wafer-scale replication of the epitaxial Al2O3 buffer with reported uniformity/yield statistics, and (b) an explicit TSMC roadmap statement placing 2D-channel devices on a node. Until then, log as research-stage only.

Constraints

Blockers

No named blocker is present in the current public projection.

Evidence summary

Derived counts

AI-assisted assembly

Total
7
Tier 1
0
Tier 2
6
Tier 3
1
Supports
3
Contradicts
2
Context
2
Latest observed
2026-08-09

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

Publication record

Revisions

Initial public reading

  1. 2026-08-10 Reading moved from emerging to emerging.

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