A Simple Twist Could Unlock a New Generation of Electronics
Reported byNorth Carolina State University ↗·Sourced by Goodlede
Researchers have demonstrated a method to stack large sheets of crystalline oxide materials (sodium niobate) at precisely controlled angles while forming strong chemical bonds between them, enabling the design of materials with new electronic properties at scales practical for real devices.
This is a laboratory materials-science advance; practical device applications remain in development.
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