Quantum Dots

Quantum dots are nanoscale particles made of a semiconductor material. They are usually between 2 to 10 nanometers in diameter and exhibit unique optical properties, such as light emission and high photoluminescence. This makes them useful for a variety of applications, from displays and lighting to bioimaging and solar cells. Quantum dots have great potential for use in medical imaging and drug delivery, as well as sensing and energy harvesting, due to their size, tunability and high level of optical activity. They may also be used to enhance data storage and processing.

← Journal of Advances in Nanotechnology

Related Articles

6 article(s) found

Vibrational, Ultra Violet, Natural Bond Orbital Analysis of E-1 using Quantum Mechanical Computations and Experimental Spectra.

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Quantum Dots- Tiny Semiconductor Nanodots

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The Fermi-Pasta-Ulam Quantum Recurrence in The Dynamics of an Elementary Physical Vacuum Cell and The Problem of its Polarization

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Quantum Approach to Allergic Pathology

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On Tesla-inspired Extended Quantum-Holographic Framework for Reprogramming Macro-Quantum Correlations of Individual and Collective Consciousness

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The Human Soul as a Manifestation of Quantum-Like Fields

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