Living definition
What is TSMC/NYCU 0.42 nm Epitaxial Al2O3 Interface for MoS2 Transistors?
Nanomaterials & 2D Materials Energy, Climate, Space & Materials
- As of
- 2026-09-22
- Revision
- 2026-10-06.1
- Method
- v1.3.0
Definition
The term, in context
AI-assisted draft · approved dataset
The TSMC/NYCU 0.42 nm Epitaxial Al2O3 Interface for MoS2 Transistors is a nanomaterials development that forms an ultra-thin epitaxial aluminum oxide layer to interface with molybdenum disulfide (MoS2) transistor channels, a two-dimensional semiconductor material studied as a potential successor to silicon in nanoscale transistors.
Live readiness status
Status as of the current dateline
AI-assisted assembly · derived results
As of 2026-09-22, verified readiness is 21 (claimed 25, reported 24, gap 4) — Strong evidence strength; current signals suggest Track; not yet.
The readiness fact belongs to the canonical Readiness Verdict for TSMC/NYCU 0.42 nm Epitaxial Al2O3 Interface for MoS2 Transistors.
Dataset approval
Human editorial release
Codex — delegated editorial approver (operator authorization 2026-10-06)
- Dataset
- 2026-10-06.1
- Hash
- sha256:0df9a4b64770fab5c2feaca298223eb10279a31b43487556407f496c9b022685
- Approved
- 2026-10-06