How Does Light Interact with Matter in Our Atmosphere?

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SUMMARY

The discussion focuses on the interaction of light with matter in the atmosphere, specifically addressing the transparency of mediums and the behavior of photons. It is established that visible light passes through the atmosphere without exciting electrons in gas molecules, leading to phenomena such as refraction. Refraction occurs when light interacts with particles, where larger particles reflect light and smaller particles may absorb and re-emit it. The molecular structure of liquids and the absence of structural defects are critical for maintaining high optical transparency.

PREREQUISITES
  • Understanding of light behavior, specifically refraction and reflection
  • Knowledge of molecular structures and their impact on optical properties
  • Familiarity with the visible spectrum of light
  • Basic principles of photon interactions with matter
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  • Research the principles of light refraction and reflection in different mediums
  • Study the molecular structure of transparent materials and their optical properties
  • Explore the effects of particle size on light scattering and absorption
  • Learn about the role of atmospheric conditions in light transmission
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Physicists, atmospheric scientists, optical engineers, and anyone interested in the fundamental principles of light interaction with matter.

gemma786
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Hi
I would like to ask that what makes a transparent medium transparent ? What happens when a photons of light passes through our atmosphere ?
I suppose that visible spectrum of light passes through atmosphere without causing excitation of electrons of gases' molecules, but what happens when photon doesn't excite electron and still encounter matter does it just passes through it or bounce back ?
In other words what is refraction? Is it passages of photons through interstitial spaces or absorption and then re-emission of same photons? :confused:
 
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The molecular structure of liquids and the absence of structural defects are responsible for high optical transparency.
As light moves theough the atmosphere it continues to go straight until it bumps into a bit of dust or a gas molecule. then what happens to light depends on its wavelength and the size of the thing it hits.
when it hits large particles it gets reflected or bounced off. when it hits smaller than the wavelngth of visible light it may get absorbed and then radiated.

And go through this page which might help u

>> https://www.physicsforums.com/showthread.php?t=243807
 

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