Source evidence reference

Electric Field Effect in Atomically Thin Carbon Films

K. S. Novoselov, A. K. Geim, S. V. Morozov, et al. · Science · 2004-10-22

Identifier 10.1126/science.1102896 · version inspected: version of record as cited

This page is a projection of Maha canonical record releases about one source. It is not a separately certified source assessment, not an independent review, and not a replication. Every finding below is carried from a released record and disappears from this page when that record is withdrawn.

What the source investigates

What Electric Field Effect in Atomically Thin Carbon Films investigates, and what Maha records released against it establish.

Evidence type: section or full-text inspection of the cited source

Sections inspected

• Abstract, device preparation, transport measurements, and figures 1–3.

Access and rights basis: citation-with-paraphrase

Findings carried from released records

• The cited source supports treating graphene monolayers as a distinct concept within the stated advanced materials scope.

  Released record · Abstract, device preparation, transport measurements, and figures 1–3.

• The cited source supports treating graphene hbn heterostructures as a distinct method within the stated advanced materials scope.

  Released record · Abstract, device preparation, transport measurements, and figures 1–3.

• The cited source supports treating moire superlattices as a distinct measurement within the stated advanced materials scope.

  Released record · Abstract, device preparation, transport measurements, and figures 1–3.

• The cited source supports treating twist angle control as a distinct comparison within the stated advanced materials scope.

  Released record · Abstract, device preparation, transport measurements, and figures 1–3.

What this source does not establish

• Independent replication of any result reported by the source.
• Any claim from a Maha record that is not currently released.
• Endorsement, peer review or expert consensus by Maha.

Limitations

• A projection of released record claims. It adds no finding of its own.
• Inspection reached the locators listed above and no further.

Typed bridges

• mechanistic-dependency: undefined
• mechanistic-dependency: undefined
• mechanistic-dependency: undefined

Related released records

• /knowledge/advanced-materials/concepts/advanced-materials-graphene-monolayers
• /knowledge/advanced-materials/methods/advanced-materials-graphene-hbn-heterostructures
• /knowledge/advanced-materials/measurements/advanced-materials-moire-superlattices
• /knowledge/advanced-materials/comparisons/advanced-materials-twist-angle-control

Provenance digest sha256:a6a51b01f720d50a244104f671e97cae87de8e79c1509c3d60a9d38a5ffe9826 · route /knowledge/sources/10-1126-science-1102896