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espen180
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Are photon wavelengths quantizised? If so, what are their possible wavelengths? Do their possible wavelengths also depend on the system they are in?
espen180 said:Are photon wavelengths quantizised? If so, what are their possible wavelengths? Do their possible wavelengths also depend on the system they are in?
Photon wavelength quantization refers to the phenomenon where photons, which are particles of light, can only exist at certain discrete wavelengths. This is a fundamental property of light and is related to its wave-like behavior.
The electromagnetic spectrum is a range of all possible wavelengths of electromagnetic radiation, including visible light. Photon wavelength quantization is a result of the discrete energy levels of photons, which correspond to specific wavelengths on the electromagnetic spectrum.
Photons can only exist at certain discrete wavelengths, which means they are limited to specific values. This is due to the quantized energy levels of photons, which are determined by the frequency of the electromagnetic wave they represent.
Photon wavelength quantization is crucial in understanding the properties and behavior of light, such as how it interacts with matter and how it travels through different mediums. It also helps explain the concept of color and the emission and absorption of light by atoms and molecules.
Yes, photon wavelength quantization has many practical applications in various fields such as telecommunications, imaging, and spectroscopy. For example, the quantized energy levels of photons are used in lasers and other optical technologies to control the emission and absorption of light.