quantum confined effect

How Does Quantum Confinement Affect Properties?

The quantum confined effect significantly influences the optical properties, electrical properties, and chemical properties of materials. For instance:
Optical Properties: The absorption and emission spectra of quantum dots can be tuned by changing their size, a property useful in display technology and biological imaging.
Electrical Properties: The bandgap of semiconductor nanomaterials like silicon nanowires changes with size, impacting their conductivity and making them suitable for nanoelectronics.
Chemical Properties: The reactivity of nanomaterials can be altered due to the increased surface area to volume ratio and the quantum confined effect, enhancing their use in catalysis.

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