Microelectronics concerns the design, fabrication, packaging, and application of electronic circuits and devices with microscopic and nanoscale features. It includes integrated circuits, transistors, ...

Carbon dots change their fluorescence across the visible spectrum in response to acidity, solvents, and concentration, ...

Precisely timed laser pulses amplify the sliding motion of atomic layers in a quantum material, overcoming the limits of ...

Irregular, pearl-like nanolayers combined with selective light absorption produce vivid, tunable colors without precisely ...

Layered pectin and cellulose form biodegradable materials that reflect up to 95% of light, with potential uses in sensors, ...

A thin intermediate layer suppresses defects in copper-based quantum dots, producing brighter, purer red emission and ...

A self-configuring optical chip separates partially coherent light into distinct components in real time, potentially ...

Hydroxyl groups on carbon nanotube cathodes trap iodine species and suppress unwanted reactions, enabling aqueous zinc-iodine ...

Wrist-mounted sensors and AI track subtle hand movements, offering new possibilities for monitoring motor function, assessing ...

A porous polyethylene aerogel reflects sunlight while allowing heat to escape as infrared radiation, offering a promising approach to passive cooling and reduced building energy consumption.

Multiomics integrates multiple layers of biological data, such as genomics, transcriptomics, epigenomics, proteomics, metabolomics, microbiomics, spatial biology, and single-cell measurements. Instead ...

Automated monitoring captures perovskite film formation in real time, while machine learning identifies optimal processing ...