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 ...
A thin intermediate layer suppresses defects in copper-based quantum dots, producing brighter, purer red emission and ...
Layered pectin and cellulose form biodegradable materials that reflect up to 95% of light, with potential uses in sensors, ...
A self-configuring optical chip separates partially coherent light into distinct components in real time, potentially ...
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