Understanding Rayleigh Scattering: Why do Atoms Scatter Light?

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Rayleigh scattering occurs when atoms absorb light at specific frequencies and then scatter it in various directions due to their fundamental vibrations. The scattering is influenced by the size of the atoms, with smaller atoms tending to scatter higher frequency light more effectively. This phenomenon is linked to the interaction between the incident light and the energy states of the atoms, which can involve absorption and emission processes. Additionally, the electromagnetic fields of photons can affect the path of light as it interacts with molecules. Understanding these principles requires further exploration of particle size relations in the context of Rayleigh scattering.
Pranav Jha
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i am reading about Rayleigh scattering in light and have come to understand that atoms absorb light of particular frequencies and then scatter it in different directions.

But why do they scatter the light on the first place? Also, why do smaller atoms scatter higher frequency light?
 
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Scattering of light: A molecule will scatter light. Reason: The fundamental vibrations of the atoms in molecule exchange energy with the incident light. Therefore scattering occurs. It can also be due to absorption/emission of light by atoms. But there could be several other reasons.
For your second question: I think you need to read some book. Just look into 'particle size relation or approximation' under Rayleigh scattering.
cheers.
 


Doesn't Rayleigh scattering have something to do with the molecule affecting the photons E and B fields altering its path . I hope some one else can elaborate on this more .
 
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