2008Advanced Functional MaterialsRequires access

Taming the Mott Transition for a Novel Mott Transistor

Isao Inoue, M. J. Rozenberg

Open publisher page 74 citations

Abstract

The exploitation of a purely electronic phase change such as the Mott transition could lead to the ultimate electronic device. C. Vaju et al. demonstrates electric-pulse control of the Mott transition in a sulfide (see figure). In this highlight, this breakthrough is reviewed with a brief tutorial of the Mott transition. The future of electronics with the strongly correlated electron systems is envisioned.

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What this paper is about

The exploitation of a purely electronic phase change such as the Mott transition could lead to the ultimate electronic device. C. Vaju et al. demonstrates electric-pulse control of the Mott transition in a sulfide (see figure). In this highlight, this breakthrough is reviewed with a brief tutorial of the Mott transition. The future of electronics with the strongly correlated electron systems is envisioned.

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OpenAlex reports 74 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The exploitation of a purely electronic phase change such as the Mott transition could lead to the ultimate electronic device. C. Vaju et al. demonstrates electric-pulse control of the Mott transition in a sulfide (see figure). In this highlight, this breakthrough is reviewed with a brief tutorial of the Mott transition. The future of electronics with the strongly correlated electron systems is envisioned.

Key concepts: Mott transition, Mott insulator, Materials science, Condensed matter physics, Metal–insulator transition, Phase transition, Strongly correlated material, Transistor

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