Unlike traditional silicon, InSe can be deposited at lower temperatures, making it compatible with silicon chips. The material’s unique properties allow thinner chip components to be produced, providing greater control over power flow and reducing power consumption. Additionally, InSe’s purity and crystalline order make it an ideal candidate for advanced computing chips.
This discovery paves the way for more efficient and powerful electronic devices as the semiconductor industry looks beyond silicon to meet demands for increased computing power, smaller chip sizes and better power management.
Source: Ferra
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