Burken
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We have talked about light behaving as a wave and a particle. Having trouble understanding what 'mediated' means in this context.
The discussion centers around the phrase "electromagnetic force is mediated by light," exploring the meaning of "mediated" in the context of electromagnetic interactions, particularly as described in high school physics education. Participants delve into historical perspectives, the role of photons, and the implications of electromagnetic theory.
Participants express varying interpretations of the term "mediated," with no consensus on a single definition or understanding. Multiple competing views regarding the role of photons and the nature of electromagnetic interactions are present.
Some discussions highlight the limitations of classical versus quantum descriptions of electromagnetic forces, and the potential misunderstandings that arise from the terminology used in educational contexts.
This discussion may be of interest to students and educators in physics, particularly those exploring the foundational concepts of electromagnetic theory and the nuances of terminology in scientific discourse.
He does specifically ask for the meaning of "mediated" in this context. I didn't need to "guess' that.Vanadium 50 said:Can we please stop trying to guess what the OP means?
@Burken, can you please tell us where you say this?
Burken said:"It is now understood that those equations tell us that the electromagnetic force is actually mediated by light and that light is an electromagnetic wave". I do not understand the term "mediated" in this context.
Philip Koeck said:This is actually something I've been wondering about since my time at university. We were told that "virtual photons" are responsible for all electric and magnetic forces. I understand that photons are the energy parcels of all electromagnetic radiation and I don't think two charged objects send such radiation back and forth between them in order to attract each other. Is there some truth in this concept of virtual photons and, if so, is there some easy way of understanding what they actually are and how they differ from real photons?