Indium selenide chips that outperform current silicon-based technology
"heat amorphous indium selenide film/ solid indium under sealed conditions, vaporize indium atoms, forming indium-rich liquid interface at film's edge, producing indium selenide crystals maintaining regular atomic arrangement in 1:1 ratio... overcomes bottleneck to engineering applications... 5-cm-diameter indium selenide wafers, constructed large-scale high-performance transistor arrays suitable for integrated chip devices... high-performance, low-power chips: AI, autonomous driving, smart terminals"
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