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Ultra-Low Power Multiferroic Devices via Vertical Stacking of Atomically Thin Materials.

CORDIS · observation · Publication date unknown

Ultra-Low Power Multiferroic Devices via Vertical Stacking of Atomically Thin Materials. New technologies - such as artificial intelligence or machine learning - are expected to consume a large amount of energy resources, with an increasing demand on faster, more efficient electronic and memory devices that can supply the growing energetic needs of society. The current situation calls for the development of electronic circuits with better performances while keeping a low-power consumption profile. In this context, multiferroic systems - materials that combine ferromagnetism (spontaneous magnetization) and ferroelectricity (spontaneous electric polarization) - are optimal materials for such applications and may offer an advanced solution. However, conventional multiferroic are scarce and most of them present limitations, such as sensitivity to ambient conditions, thus making them unsuitable for high-performance electronic devices. As alternative, two-dimensional (2D) systems - materials with a thic

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EU

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