Some Considerations on the Speed of Light

In this work, based on the proposed new refined definition of light in [1][2], which reveals the physical nature and properties of this object of matter at the level of photons, some considerations are put forward about the speed of light. According to these considerations, the propagation speed of individual photons in the vacuum of various components of the light spectrum, as a function of multiplicatively related two physical quantities - the wavelength and frequency of photons, remains a constant value. At the same time, the measured value of this speed by the measuring device* for various components of the light spectrum is noticeably, and in the ultraviolet range, significantly different. In the visible region of the light spectrum, this difference reaches a value of 1.9; in the infrared range - up to a value of 2.1; in the ultraviolet range - up to a value of 80; and in the full spectrum of light - up to a value of 320.

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