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HomogenousCow
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Anyone know if there are any graphical simulations online for the field of a charged harmonic oscillator, or better yet maybe some kind of paper on it?
A charged harmonic oscillator is a physical system that consists of a charged particle attached to a spring, which allows the particle to oscillate back and forth. The particle experiences a restoring force from the spring, and its motion follows a sinusoidal pattern.
The radiation from a charged harmonic oscillator is caused by the acceleration of the charged particle as it oscillates back and forth. The acceleration of a charged particle produces electromagnetic radiation in the form of waves.
The frequency of oscillation of a charged harmonic oscillator is directly related to the frequency of radiation it produces. The higher the frequency of oscillation, the higher the frequency of radiation.
Yes, the amplitude of oscillation of a charged harmonic oscillator does affect the intensity of radiation. The greater the amplitude, the greater the intensity of the radiation produced.
Planck's constant plays a crucial role in determining the energy of the individual photons produced by a charged harmonic oscillator. The energy of each photon is directly proportional to Planck's constant and the frequency of radiation.