Planck’s distribution and definition for temperature of electromagnetic waves

ABSTRACT

Electromagnetic waves come with heat. Temperature at a particular point of a body at a particular time is considered as a defined concept, via entropy. A new concept of temperature of energy waves is discussed in this article, for waves having speed in vacuum as speed of light. Planck’s distribution considers radiated waves of different wavelengths from a blackbody with a particular temperature. On considering the black body at two different temperatures, there is a need for a careful analysis in proposing definition for temperature of electromagnetic waves without confronting Planck’s theory, which was established mathematically. This is done in this article with an application to cell phone waves. It is observed in this article that all electromagnetic waves heat all living beings.

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WSN 181 (2023) 18-31

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