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If electromagnetic radiation is a form of heat, or energy transfer, can electromagnetic radiation be emitted from a colder object millions of miles away, and reach and warm up a slighter warmer object?
I know heat travels from "hot" to "cold". But if, say, a random high frequency electromagnetic ray comes from a cold object (which is not the norm, since colder objects emit low frequency, but I assume there is a probability of it happening), can that electromagnetic radiation with a high frequency not go essentially from a cold object to a warm object?
Is there a limit to how warm an object can get by using a certain wavelength of electromagnetic wave? Or is the transfer from "hot" to "cold" limited only to conduction and convection?
I know heat travels from "hot" to "cold". But if, say, a random high frequency electromagnetic ray comes from a cold object (which is not the norm, since colder objects emit low frequency, but I assume there is a probability of it happening), can that electromagnetic radiation with a high frequency not go essentially from a cold object to a warm object?
Is there a limit to how warm an object can get by using a certain wavelength of electromagnetic wave? Or is the transfer from "hot" to "cold" limited only to conduction and convection?