Direct Observation of Two-Dimensional Electron Gas with Low Effective Mass in Atomically Thin InTe

Chao Zhu; Jinan Shi; Yixiang Lu; Jiajia Feng; Ying Liu; Da Huo; Xiaoyu Lin; Jinghao Deng; Zemin Pan; Haitao Zhang; Dongyu Li; Z L Li; Fuli Yang; Rui Zhou; Chuansheng Liu; Wei Ji; Wu Zhou; Fan Zhang; C Y Zhang

doi:10.1021/acs.nanolett.6c00793

Key Points

This research investigates the properties of two-dimensional electron gas in atomically thin InTe to explore its potential in electronic applications.
Used density functional theory for calculations to analyze electronic properties.
Conducted experimental observations to confirm theoretical predictions.
Experimental observations indicate strong agreement with density functional theory calculations.
Results illustrate the low effective mass of electron gas in atomically thin InTe.

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Implication

Experimental observations and theory support low-dimensional electronic physics in atomically thin InTe, suggesting its potential for nanoelectronics.

Abstract

. Density functional theory calculations are in good agreement with the experimental observations. These results establish atomically thin InTe as a promising platform for low-dimensional electronic physics and nanoelectronic applications.

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Zhu et al. (2026) studied this question.

synapsesocial.com/papers/6a0565f4a550a87e60a1e0c1 https://doi.org/10.1021/acs.nanolett.6c00793

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Direct Observation of Two-Dimensional Electron Gas with Low Effective Mass in Atomically Thin InTe

Key Points

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Discussion

Cite This Study

Direct Observation of Two-Dimensional Electron Gas with Low Effective Mass in Atomically Thin InTe

Key Points

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Implication

Abstract

Discussion

Cite This Study

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