SciTechDaily
A novel device now enables scientists to easily adjust the twist between layers of ultra-thin materials, promising significant advances in electronics and optics. This could lead to better transistors and solar cells, and enhance research in quantum computing. Six years ago, a groundbreaking discovery revolutionized condensed-matter physics: ultra-thin carbon layers…
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Meet MEGA2D: The Tiny Machine Twisting Material Science into the Future
Anne J. Manning Harvard University
16:22
A novel device now enables scientists to easily adjust the twist between layers of ultra-thin materials, promising significant advances in electronics and optics. This could lead to better transistors and solar cells, and enhance research in quantum computing. Six years ago, a groundbreaking discovery revolutionized condensed-matter physics: ultra-thin carbon layers…
