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A new contactless user-interactive sensing display responds to finger movements and breath via humidity, enabling dynamic multicolor visuals for human-machine interactions.
An innovative modular assembly strategy enables the creation of mesoporous materials with highly customized functionalities by precisely integrating multiple tailored nanocrystal components.
Flat optics metasurfaces enable enhanced, compact, and versatile quantum light sources for applications in quantum communication, sensing, and imaging.
Using mechanical strain to precisely control quantum transport properties in graphene paves the way for a new generation of tunable nanoelectronics and quantum technologies.
Researchers develop 'acoustic fabrics' that can actively control sound, paving the way for dynamic, noise-canceling curtains, wallpaper, and clothing.
Nanostructured crystals revolutionize optics, acoustics, electronics and magnetics through precise wave manipulation, driving groundbreaking technological advancements.
Researchers have developed high-performance, biodegradable generators that leverage wood's natural properties to convert water evaporation into green electricity.
New method uses van der Waals forces for nondestructive, atomic-scale analysis of 2D materials, preserving sample integrity.