Which radiation emitted by circadian electron ?

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SUMMARY

The discussion centers on the radiation emitted by electrons moving in circular motion, specifically identifying "synchrotron radiation" as the relevant phenomenon. Synchrotron radiation occurs when electrons are accelerated in circular paths, such as in circular accelerators, resulting in the emission of radiation in the x-ray range. The term "circadian electron" is clarified to be a misnomer, as it does not pertain to circular motion. The conversation also touches on the fundamental properties of elementary particles, including mass, electric charge, and magnetic moment.

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  • Understanding of synchrotron radiation
  • Familiarity with elementary particle physics
  • Knowledge of circular motion in physics
  • Basic concepts of electromagnetic radiation
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  • Research synchrotron radiation and its applications in particle accelerators
  • Study the properties of elementary particles, focusing on mass and charge
  • Explore the principles of circular motion in classical mechanics
  • Investigate the relationship between acceleration and radiation emission in charged particles
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Physicists, students of particle physics, and anyone interested in the behavior of electrons in circular motion and the associated radiation phenomena.

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Which radiation emitted by an electron that moves in a circular motion ?

And how radiation can be emitted by an elementary particle?
 
Last edited:
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netqwe said:
And how radiation can be emitted by elementary particle?
What is a circadian electron?
 
nasu said:
What is a circadian electron?

An electron that moves in a circular motion .
* to be more clear the thread body was edited (the topic cannot be edited).
 
Last edited:
If you mean electrons in a circular accelerator, they emit radiadiation in the x-ray range, usually.

Circadian does not mean "in circular motion".
 
Thanks for the 2 answers .
How radiation can be emitted by an elementary particle?
And more generally how an elementary particle like electron have
mass , electric charge ,magnetic moment and more ?
Is each of these features should not be represented as a sub-particle
?
 
Last edited:

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