PHYS 201 | Polarized Scattering 2 - The Blue and Polarized Sky

Here we think about the geometry of how we see sunlight as it travels through and scatters off of the atmosphere. We consider both the resulting spectral properties (why the sky is blue) and the sky's polarization.
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[@JEEVANRANIL]

Thank you sir...

[@eyalbahar9291]

Great talk!! Perfect! Exactly what i was looking for... Thank you so much!!!

[@kalinwellmein]

And you really eat that nonsense bs?

[@EricPham-gr8pg]

If a light source invert increasing progressive like prime number or buddhist flag color value will enought sun iintensity explode air or blindness result at any addressible position?

[@ericpham8205]

if we control precisely by rotating magnetic light of multiple screen like blind of the window curtain the allowed frequency and color and pattern entering earth surface then all vegetation and human growh and germ or virus activities can be activated or subdued

[@shyamkartikayagnihotri3625]

🇮🇳

[@kalinwellmein]

Ok, so the photon hits the first molecule, scatters to another molecule randomly changing direction and polarisation and this process goes billions times billions times till the light gets to our retina, and ur saying it should be polarised? Total bullshid… what you explained works perfect if the molecules are structured and dont move, like that polarised lens.. or glass… therefore it is a glass barrier in the sky, and the reason why the light coming to our eyes is not totally polarised is because it passes through atmosphere gas which randomizes the polarisation. No gas can polarise light because gas moves randomly..